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Major factors that impact consumer demands
               in India and China




                                       1|Page
Table of Contents


Abstract .......................................................................................................................................... 6
1. Introduction ............................................................................................................................... 7
   1.1 Overview ............................................................................................................................... 7
   1.2 Purpose of conducting Research ........................................................................................... 8
   1.3 Statement of problem ........................................................................................................... 8
   1.4 Research topic ....................................................................................................................... 8
   1.5 Research objective................................................................................................................. 9
   1.6 Research Questions ............................................................................................................... 9
   1.7 Proposed null hypothesis ....................................................................................................... 9
   1.8 Need of study ...................................................................................................................... 10
   1.9 Scope of study ..................................................................................................................... 10
   1.10 Relevance to real world ..................................................................................................... 10
   1.11 Limitations of the study..................................................................................................... 11
2. Review of Literature ............................................................................................................... 12
3. Research Methodology ........................................................................................................... 14
   3.1 Research Framework .......................................................................................................... 14
   Figure 3.1 .................................................................................................................................. 14
   3.2 Type of Research ................................................................................................................. 15
      3.2.1 Exploratory Research: .................................................................................................. 15
      3.2.2 Causal Research :.......................................................................................................... 15
   3.3 Sources of data ................................................................................................................... 15
      3.3.1 Secondary data:............................................................................................................. 15
   3.4 Sampling of data................................................................................................................. 16
      3.4.1 Nature of Sampling ....................................................................................................... 16
      3.4.2 Sampling Type .............................................................................................................. 16
      3.4.3 Sample Size .................................................................................................................. 16
   3.5 Target Sample ..................................................................................................................... 16
   3.6 Primary scales used ............................................................................................................ 17
   3.7 Analysis tool used ............................................................................................................... 17
      3.7.1 Regression analysis....................................................................................................... 17


                                                                                                                                     2|Page
3.7.2 Correlation Analysis .................................................................................................... 19
      3.7.3. Descriptive statistics .................................................................................................... 20
      3.7.4 Graphical Analysis ...................................................................................................... 20
   3.8 Overview of work............................................................................................................... 20
4.Analysis ..................................................................................................................................... 21
   4.1       Data set for China ........................................................................................................... 21
   4.2 Regression Analysis for China ............................................................................................ 22
      4.2.1 Dependent Variable: ..................................................................................................... 22
      4.2.2 Independent variable..................................................................................................... 22
   4.2.3 Regression Equation ......................................................................................................... 25
   4.2.4 Interpretation .................................................................................................................... 25
   4.3       Correlation Analysis for China ...................................................................................... 26
      4.3.1 Correlation Variable: .................................................................................................... 26
      Evaluation of Output ............................................................................................................. 27
      Derived Result ....................................................................................................................... 27
   4.3.2 Interpretation .................................................................................................................... 27
   4.4       Descriptive Statistics for China ...................................................................................... 28
   4.5       Graphical Analysis for China ......................................................................................... 29
   4.6       Data set for India ............................................................................................................ 30
   4.7 Regression Analysis for India ............................................................................................. 31
      4.7.1 Dependent Variable: ..................................................................................................... 31
      4.7.2 Independent variable..................................................................................................... 31
   4.7.3 Regression Equation ......................................................................................................... 33
   4.7.4 Interpretation .................................................................................................................... 33
   4.8       Correlation Analysis for India ........................................................................................ 34
      4.8.1 Correlation Variable: .................................................................................................... 34
      Evaluation of Output ............................................................................................................. 35
      Derived Result ....................................................................................................................... 36
   4.8.2 Interpretation .................................................................................................................... 36
   4.9       Descriptive Statistics for India ....................................................................................... 36
   4.10 Graphical Analysis for India .......................................................................................... 37
   4.11 Comparison of India and China ..................................................................................... 38


                                                                                                                                   3|Page
6.Results & Discussion ................................................................................................................ 41
   6.1 In case of China ................................................................................................................... 41
   6.2 In case of India .................................................................................................................... 42
   6.1 Hypothesis acceptance. ....................................................................................................... 43
7.Conclusion ................................................................................................................................ 44
8. References ................................................................................................................................ 45




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5|Page
Abstract

The rapid economic growth in Indian and China is increasing and creating employment and better
business opportunities that in turn is increasing disposable incomes. Increase in disposable income
enhances buyer‟s efficiency and as a result consumer demand would rise. But many other macro-
economy variables like employment, inflation , CPI and interest rate set by bank would alter the
consequences of increase or decrease in consumer demand.

Industries in India and China is one of the competitive market catering to the global needs . This
research supports the facts that market patterns in China and India as emerging nations having
fluctuating due to factors like global slowdown, competitions and ability of consumers to accept
and afford a particular product/service. This overall regulates the demand pattern. Affordability
lies on several factors like inflation, annual disposable income and government expenditure to
push money supply in the cash chain. This entire research will give a clarity on how various
macro-economic variables, monetary policies that affects lively hood of consumers can result in
fluctuation of consumer demand in India and China. On the same time it will give an Idea on two
leading nations of Asia in terms of Economy and would help in summarizing the facts
accounting almost the entire Asia.

Results obtained from analysis supported the fact that two leading nations have lot of common in
their economy pattern and follow a similar trend. In both the cases consumer demand were impacted
by macro-economic variables however their relationship and degree of association differed from
each other. In case of expenditure pattern both were found same in India and China. In both the
cases The expenditure in education remained constant where expenditure in health care kept on
rising. All other trend too were similar like in both cases GNI, Annual savings, Consumer Demand
kept on rising where as CPI, Inflation and real interest rate kept on fluctuating based on the monetary
policies set by central bank. In India and China the GDP growth rate had been constantly rising from
1999-2008. In 2008 due to economic depression the GDP fell down put picked up again from 2009.




                                                                                        6|Page
1. Introduction
1.1 Overview


Over past few decades industries and venture capitalist looking to invest in Chinese and Indian
market have significantly risen. These vast market act as a driving force to stimulate the economic
growth in China and India and has also influenced several other macro-economic conditions like
inflation, employment and GDP of the country.

        Both India and China has focused on privatization, liberalization and marketization for past 3
decades and as a result has gained a tremendous transformational change in its social, economic and
technical aspects of life. China and India being world‟s fastest growing nation and counted among
two big economies in Asia has undergone this major growth in the presence of increase in proportion
of private ownership which resulted in economy to grow rapidly.

With time big brands overseas realized the presence of big market which were untapped in India
and China with huge market potential. In the meantime government cleared of many FDI‟s . Many
new players came into market, employment rose up, disposable income increased and result
consumer demand kept on accelerating at a faster pace. In China consumer demand grew quite faster
than that of India.

Economist and political leaders in China‟s have always worry regarding consumer demand because
export driven growth is unsustainable in case of china. China‟s accompanies a vast rural area with
poverty and isolation from urban areas due to poor supply chain distribution.

A survey by Gallup has said that the consumer product which were previously considered as luxury
goods are being seen with increase in sales. Products like cameras, computers, cell phones have got
increased acceptance from this market. However India too has seen increased footfalls on service
and hospitality sector. China is more of a manufacturing driven economy where as India is R&D
dominated economy. Many global rating agencies are considering India as one of the key market
player in future and major leader in global technology innovation and IT infrastructure.

Growth in both India and China is primarily driven by consumer markets due to a favorable A
recent study by the McKinsey Global Institute (MGI) suggests that if both India and China keeps
growing at current and forms a bilateral trade in future effectively than the average household
income will triple in coming two decades with India being world‟s 5-th largest consumer economy
and China at number one. India is growing at a faster space with annual rate of 7.65 in past five
years and is forecasted to continue growing making it world‟s 3rd largest economy by 2020 where as
China‟s is already expected to be at top by that time.

The rapid economic growth is increasing and enhancing employment and business opportunities and
in turn increasing disposable incomes.




                                                                                       7|Page
1.2 Purpose of conducting Research

It is very vital for economist to understandthe various macro-economic pattern in any economy.
India and China being the two fastest growing nation with very largemarket, it is very important
to understand how consumer demand pattern would differ in this two nations. Observing the
factors that affects the consumer demand in these countries would give an overview that how on
different circumstances the consumer demand would vary. This research will give deeper insight
into various factors like GDP growth,GNI, expenditure on education and Health care, CPI, Gross
saving , Inflation and Real interest rate and their role in stimulating consumer demand in India
and China.The research will also clarify the degree to which each of this macro-economic
variable will be related to consumer demand with the help of regression equation. The obtained
results will be used as a standards for economist in this two countries to understand the demand
pattern and thus can control it by varying this macro-economic variables or monetary policies. At
times economist would be expecting either rise or fall in consumer demand to that of normal and
it can varied to certain extent by varying the indicators.

.

1.3Statement of problem


To understand how various set of macro-economic variables like GDP growth,GNI, expenditure on
education and Health care, CPI, Gross saving , Inflation and Real interest rate have an impact on overall
growth of economy and consumer demand. With time both private and public industries have
evolved at a faster pace in India and China but it is very important to understand how each of
these sector will influence the overall economic growth pushing a demand pattern. Private
industries in china have been playing major part with evolution in Manufacturing,Telecom,
Retail, Petroleum, Service and entertainment industries constituting a strong demand in china. In
India IT, Hospitality, Telecom and Manufacturing Industries and R&D are pushing a strong
demand. It is very critical for economist to underline whether increased growth in consumer
demand is significantly impacted by macro-economic indicators leading to efficient Industrial
operating performance in India and China and if it has impacted than to what degree it has an
affect on India‟s and china‟s overallconsumer demand.



1.4Research topic


To identify the major factors that impacts the consumer demands pattern in India and China




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1.5Research objective


Objective:1To compare the difference in statistics of consumption expenditures for people in
Indiaand China.

Objective:2To identify the factors that impact consumer demand in Indian and China.

Objective:3 To analyze and discover to what degree each of this factors influence the consumer
demand in India and China.



1.6Research Questions

1. What is the differences between the statistics of consumption expenditures in Indian and
China?

2. What leading factors may cause the situation associated with the difference in consumer

demand?

3. How do the factors have a profound impact on consumer demand and the National

Economy?


1.7 Proposed null hypothesis

Hypothesis Ha : Consumer Demand is correlated and dependent upon GDP growth in India and
China

Hypothesis Hb : Consumer Demand is correlated and dependent upon Expenditure in China
and India

Hypothesis Hc : Consumer Demand is correlated and dependent upon GNI per capital in China
and India

 Hypothesis Hd : Consumer Demand is correlated and dependent upon Inflation in China and
India

Hypothesis He : Consumer Demand is correlated and dependent upon Gross Saving in China

Hypothesis Hf : Consumer Demand is correlated and dependent upon CPI in China and India

Hypothesis Hf : Consumer Demand is correlated and dependent upon Real Interest Rate in
China and India



                                                                                      9|Page
1.8 Need of study

  This study will help out in identifying different consumer trends in India and China , as
   well as the demand pattern that affects the entire economy.
  Understanding the relationship between consumption,expenditure and annual consumer
   demand.
  Gives an Idea that how variables like GDP,GNP , Inflation and real interest rate would
   affect the consumer demand in this regions.
  Regression and correlation analysis will help in establishing a cause and effect relationship
   to demonstrate the degree of association between independent variables ( indicators ) and
   consumer demand.
  It will help economist to prioritize their indicators based on circumstances to achieve
   optimum consumer demand in India and China


1.9 Scope of study

This research will give a broader and also in-depth scope for economist and central bank
managers to device an effective monetary policies to regulate various macro-economic indicators
such that the entire economy is benefited by an optimized consumer demand pattern. This
patterns will give an overall picture on its granular level to its ground reality that will help in
framing effective strategies to help achieve a booming economy.The cause affect analysis
influence decision makers to keep a track on economy and macro-economic indicators so that
they can set consumer demand on the right track in a balanced way keeping GDP and inflation
under control.


1.10 Relevance to real world

Industries in India and China is one of the competitive market catering to the global needs . This
research supports the facts that market patterns in China and India as emerging nations having
fluctuating due to factors like global slowdown, competitions and ability of consumers to accept
and afford a particular product/service. This overall regulates the demand pattern. Affordability
lies on several factors like inflation, annual disposable income and government expenditure to
push money supply in the cash chain. This entire research will give a clarity on how various
macro-economic variables, monetary policies that affects lively hood of consumers can result in
fluctuation of consumer demand in India and China. On the same time it will give an Idea on two
leading nations of Asia in terms of Economy and would help in summarizing the facts
accounting almost the entire Asia.




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1.11 Limitations of the study


 This research is not taking all macro-economic variables into considerations and takes only major
  indicators into consideration for research.
 The entire research will be concluded based on observation made by these indicators over a period of
  30 years without making any forecast for future projections.
 Marketing indicators like Competition, branding , marketing strategies, value for money and
  customers perception upon is not considered in this case.Purely financial indicators have
  been chosen.
 The research focuses only on top most factors and revolves around it.
 None of the micro-economic variables are taken into account with the fact that micro-
  economic variable would differ from Industry to Industry and hence would make it more
  complicated. Generalized data consisting only macro-economic variables has been
  considered.
 No geographic or cluster wise observation has been made in controlled way to analyze if the
  consumer pattern is influenced and vary over different geographical location in India or
  China or if vary based on classes of cities,town etc.
 This research itself may not conclude to solutions that will help in taking effective
  strategies, as the scope of this research generalizes on understanding determinants and
  factors affecting consumer demand. Further extensive research has to be done cluster wise
  based on geography, economy, market penetration, customer and macro-economic variable.
                                                 




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2. Review of Literature

Shrabani Saha, Zhaoyong Zhang, (2012), mentions in his article “Do exchange rates affect consumer
prices? A comparative analysis for Australia,China and India” that an important factor for consumer
deamand in countries like Chian is highly influenced by exchange rate maechanism.In this case a
comparative study was made to explore the domestic prices in India,China and Australia and they found
that inflation and monetary plicies played a vital role in deciding the faith of consumer demand.

McConnell and Servaes in 1990 have published their study on Journal of Financial Economics. (1990)
1173 US firms in 1976 and 1093 US firms in 1986 listed on NYSE or AMEX has been chosen as
samples. Their study is similar with Holdemess and Sheehan‟s study in 1988, consumer demand is set as
Tobin‟s Q value and Inflation. By using OLS regression methods, their main results are “both measures
of inflation and Interest rate directly relates to consumer demand..”(McConnell and Servaes, 1990) they
also discover that there is a curve relationship between the consumer demand, shareholders and
performance of company (Tobin‟s Q value). The proportion of inside shareholders from 0-40%, this
curve is upward-sloping, but when the proportion reaches 40%-50%, this curve is downward-sloping.

Consumers‟ demand is influenced as per (Ho and Wu, 1999, and Kim and Lim, 2001) as the extent
to which consumers‟ perceptions of amount they want to spend confirm their against their disposable
income.. Most consumers form expectations of the product, vendor, service, and quality These
expectations influence their attitudes and intentions to shop at certain Internet store, and consequently
their decision making processes and purchasing behaviour. If expectations are met, customers achieve
a high degree of satisfaction, which influences their online shopping attitudes, intentions, decisions,
and purchasing activity positively. In contrast, dissatisfaction is negatively associated with these four
variables.


Schaupp and Be‟langer (2005) using a conjoint analysis of consumer demand based on data collected
from 188 young consumers found that the three most important attributes to consumers for online
satisfaction are privacy, merchandising and convenience. These are followed by trust, delivery,
usability, product quality, and security.

Himmelberg, Hubbard and Palia (1999) have found further evidence to show the demand pattern I any
country depends on the of ownership structure. They have used OLS and IV regressions; find
endogeneity of managerial ownership caused by unobserved heterogeneity as opposed to reverse
causality. After controlling for firm characteristics and firm fixed effects, they finally find no relation
between managerial ownership and performance. This study further proofs the endogeneity of ownership
structures.

Myeong-Hyeon Cho (1998) use the data of 500 manufacturing companies study the relationship between
consumer demand and the performance of company. The results from their simultaneous equation
regression show the investment will firstly influence the value of company, and then influence the

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demand for consumers Dahai Fu,Yanrui Wu,Yihong Tang,2009, "The effects of oil & gas ownership
structure and industry characteristics in china", The western Australian University.

The paper of Miyazaki and Fernandez (2001) explores risk perceptions among consumers of varying
level of internet experience and examine how these perceptions relate to their spending activity. The
study provides evidence of relationships among consumers‟ the use of alternate remote purchasing
methods, the perceived risks and purchasing activity.
In addition, GDP and GNI are vital prerequisite at the macro level. It is not merely a result, but also a
necessity for successful in a period of growing competition in financial markets. Thus, obtaining
consumer demand is the basic aim of the management of banks, which is the crucial requirement for
conducting any business (Bobáková, 2003: 21). At the macro level, a profitable banking sector is
contributing the financial system‟s stability and better able to overcome negative effect. Like demand,
suppy and consumer disposable income The importance of bank profitability at economy has made
researchers, academics, bank managements and bank regulatory authorities (Athanasoglou et al.,
2005: 5).


Hussain and Bhatti, (2010),Internal drivers of consumer demand can be defined as factors that are
influenced by a bank„s management decisions. Such management effects will definitely affect the
operating results of banks. Although a quality management leads to a good bank performance, it is
difficult, if not impossible, to assess management quality directly. In fact, it is implicitly assumed that
such a quality will be reflected in the operating performance. As such, it is not uncommon to examine
a bank„s performance in terms of those financial variables found in financial statements, such as the
balance sheet and income statement. External determinants of bank profitability are factors that are
beyond the control of a bank„s management. They represent events outside the influence of the bank.
However, the management can anticipate changes in the external environment and try to position the
institution to take advantage of anticipated developments. The two major components of the external
determinants are macroeconomic factors and financial structure factors.




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3. Research Methodology


 3.1 Research Framework

                                 Figure 3.1


                                   To identify the major factors that have an impact on
Problem Definition            consumer demand in India and China

                               1. To compare the difference in statistics of consumption
                               expenditures for people in India and China.

                               2. To identify what specific reasons may lead to different consumer
Research Objectives            demand.

                               3. To analyze and discover how the factors influence consumer
                               demand in these regions.

                               Exploratory Research: Identifying the factors that impact
 Research Design
                               consumer demand
                               Causative Research:Statistically stating relationship between
                               identified factors and consumer demand in India and china
                               identified factors influence
  Source of Data               Economy of other countries.
                                 Secondary Data


                                        Online Journals and review of literature
 Data Collection                        30 years data from The World Bank, National
                                        Bureau of Statistics of China


  Data Analysis
                                   1.   Linear Regression Analysis
   (Primary)                       2.   Correlation Analysis
                                   3.   Descriptive statistics
                                   4.   Graphical Analysis

   Results &
   Discussion



   Conclusion
                                                                               14 | P a g e
3.2 Type of Research


3.2.1 Exploratory Research:

In such kind of research the cause or the outcome is not known and is difficult to identify the
factors which may affect a particular variable. In such case a background research is done to
identify certain set of indicators that may actually effect desired variables. In this case
observations made from review of literature based on results derived by other authors in similar
context has been used to identify the key indicators that would impact the consumer demand
pattern in India and China. Once the identifiers were found further casual research was done to
find out the relationship of those indicators with consumer demand pattern

3.2.2 Causal Research :

In case of causal research a relationship is being established between dependent and independent
variable that helps to derive a cause affect relationship. It indicates how change in any of the
independent variable would significantly alter the dependent variable. In this type of research the
degree of dependency/association is derived to establish how effectively the relationship holds
true. In this research the motive is to find a relationship in between consumer demand and
several macro-economic variables identified as indicators.

It indicates how variable function F(Xt) affects variable Y(t)

*Dependent variable : Y(t) , Consumer demand

*Independent variable: F(Xt)

                        Y(t) = F(Xt) + C,Where C is the constant value

                              F(Xt) = Xt1 + Xt2 + Xt3 …… + Xtn

3.3 Sources of data


3.3.1 Secondary data:


    Secondary data were gathered from various reliable sources available on websites
     through government portals like world bank, IMF, India and China statistics of Bureau
     etc.
    Online journals were reviewed to frame the review of literature and find out what other
     authors have to say for the same research problem in similar context. It also gave an in
     depth- ideas on research, views, strategies , opinions and results derived by them.




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 IMF data helped in collecting several important macro-economic indicators in India and
     China.
    Various monetary policies regulated by central bank in India and China helped out to
     understand the economy pattern in both of this countries.

3.4 Sampling of data


3.4.1 Nature of Sampling

Probability Sampling:

In case of probability sampling every sample picked up from a given pool of population will
have likely equal chances to be selected. In other way in this sampling the population size is
always known before starting a research

3.4.2 Sampling Type


Fixed Sampling

In fixed sampling method samples are already organized and instead of getting chosen randomly
the samples are selected in an organized manner in a definite pattern/trend on given scale of
time, space or based on certain priority, symmetry, preferences or over interval of year or against
certain given interval of variables in increasing or decreasing order. The main fact which lies
over here is that every sample in fixed sampling has an equal likely probability of lying
anywhere on the pool of population.

3.4.3 Sample Size


Sample size considered is over period of 30 years from 1981-2010 to get accurate figures.

                                             N = 30

3.5 Target Sample


Target sample were collected from various official sites in two leading nations of Asia that were
India and China.




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3.6 Primary scales used

 1. Nominal Scale: This scale is meant to define name based objects. In statistics usually
    strings like name, country, place etc. come under this category. This objects do not
    indicate any value and also an not be compared. It just holds an identity. In this case Name
    of country is a part of nominal scale.

 2. Interval Scale : In this scale the object holds comparative values and are numerically
    equally distant on a given space of scale. In this research GNP per capital,GDP growth rate
    are measured on interval scale.

 3. Ratio Scale In this the scale the objects holds a mathematical value which can be added,
    subtracted, multiplied and divided on a given space of scale. In this research inflation,
    annual savings, real interest rate, expenditure, CPI were measured on ratio scale.

3.7 Analysis tool used

3.7.1 Regression analysis
 In case of regression analysis a regression equation is formulated and derived from the scatter
 diagram plotted between dependent variable and independent variable where the equation
 defined the most likely trend of the scatter diagram and help in establishing relationship
 between dependent and independent variable. In this analysis it help to understand the scope of
 relationship such that the coefficient along with intercepts would express the equation and the
 value of “R” would clarify the degree of association, reliability and to what extent the
 relationship holds true.

                              Equation is generally in the format

                 Y = C + A1X1 + A2X2 + A3X3……… + ANXN ; C is a constant

                                  Chart 3.1 Regression plot




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Usual names for X and Y variables.
                                            Table 3.1

                        Context                         X               Y

                        General                   Predictors      Responses

               Multiple Linear Regression        Independent      Dependent
                        (MLR)                      Variables      Variables

                                                Factors, Design
                     Designed Data                                Responses
                                                   Variables

                     Spectroscopy                   Spectra       Constituents



*Dependent variable : Y(t) , Consumer demand

*Independent variable: F(Xt) , macro-economic variables

                      Y(t) = F(Xt) + C, Where C is the constant value

                            F(Xt) = Xt1 + Xt2 + Xt3 …… + Xtn




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3.7.2 Correlation Analysis


 Correlation analysis helps in identifying the degree of association between any two random
variables in given range of time or space. Correlation coefficient ( r) helps to express this degree
of association where r will always lie between +1 to -1.R value close to -1 or +1 indicates that
the two variables are highly associated, r=1 or -1 mean both the random variable are fully
correlated where r =0 means the random variables are not at all associated.

If value of r is positive than that means the slope of the equation of both the variables on time or
space is same, which means when one variable increases it will influence the rise of other
variable. In short both of them are directly proportional. If r value is positive than it shows that
both the variables are directly proportional.

If value of r is negative than that means that the slope of the equation of both the variables on
time or space is opposite to each other which means when one variable increases it will
influence fall of other variable. In short both of them are inversely proportional. In such cases it
is also called as to be inversely correlated.



                                                Chart 3.2




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3.7.3. Descriptive statistics

Descriptive statistics help to define that how a particular pool of distribution of data would bear
certain characteristics. Central tendencies like mean, median, mode and dispersions like
standard deviations, variance, range would be given vital important in this research analysis.

        There are three main central tendencies that are mean, median and mode. Mean is the
statistical average of a sample of distribution. Median is the point on scale where 50% of
observation lies above it and 50% of observation below it and mode is the data that have
maximum frequency or maximum occurrence on the distribution. It is possible that a set of
distribution may have more than one mode.


3.7.4 Graphical Analysis


It explains and figure outs the trend of any set of data over a given time or space to get clarity
on the nature of data through various graphical analysis and tools like pie chart, bar chart, scatter
diagram etc.


3.8 Overview of work

1. Secondary data were gathered from various reliable sources available on websites through
    government portals like world bank, IMF, India and China statistics of Bureau etc. background
    analysis were done from online journals. Articles from several authors were reviewed to frame the
    review of literature and find out what other authors have to say for the same research problem in
    similar context. It also gave an in depth- ideas on research, views, strategies , opinions and results
    derived by them. IMF data helped in collecting several important macro-economic indicators in
    India and China. Various monetary policies regulated by central bank in India and China helped out
    to understand the economy pattern in both of this countries.
2. Research framework was developed that clearly outlined the problem statement, questions
   frequently raised by economists, purpose of research, the scope, need and with clarified
   objective. Null hypothesis were also formed to lay foundation to research approach.
3. Analysis tools were used to carry statistical modeling. Collected data were inserted as
   input into spss software to analyze and undergo regression, correlation analysis and
   descriptive statistics. Graphical analysis were also done.
4. All output obtained were inferred and results were discussed briefly to get an idea on the
   research objective composed. Final Results, key findings , hypothesis acceptance and
   conclusion were noted down with its implications to real world. Limitations were
   mentioned and also the future scope for research were underlined.
5. All missing value in data while analysis will replaced by mean value using spss software.




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4.Analysis


            4.1 Data set for China


                                                 Table 4.1



          Average            GNI per      Adjusted                               Adjusted
          Annual             capital,     savings:                               savings:     Inflation,
          Consumer   GDP      Atlas      education       Health          CPI      gross       Consum        Real
          Demand     growt   Method     expenditure   expenditure      growth    savings      er Price      Interest
Year      ($)        h (%)     ($)       (% of GNI)   per capita ($)     (%)    (% of GNI)    %             Rate
                                                                                                            2.68588
   1981       2534     5.2       220            2.1                       2.4                                     1
                                                                                                            7.46854
   1982       2745     9.1       220            2.2                       1.9         36.2                        6
                                                                                                            6.13838
   1983       3216    10.9       220            2.1                       1.5         35.9                        4
                                                                                                            2.15730
   1984       3865    15.2       250            2.1                       2.8         35.5                        3
                                                                                                                  -
   1985       4738    13.5       280            2.0                       9.3         34.5                  2.07249
                                                                                                            3.02780
   1986       5189     8.8       310            2.1                       6.5         36.0                        6
                                                                                               7.21998      2.62650
   1987       6124    11.6       320            1.9                       7.3         37.1          58            2
                                                                                               18.7364            -
   1988       7986    11.3       330            1.9                      18.8         36.7          27      2.74994
                                                                                               18.3330      2.60734
   1989       8794     4.1       320            1.9                      18.0         36.0          44            8
                                                                                               3.05831      3.32725
   1990       9543     3.8       330            1.8                       3.1         39.4          07            3
                                                                                               3.54357      1.67583
   1991      10367     9.2       350            1.8                       3.4         39.5          53            6
                                                                                               6.34034      0.37189
   1992      12567    14.2       390            1.7                       6.4         39.0          49            6
                                                                                               14.5832            -
   1993      16457    14.0       410            1.7                      14.7         41.9          66      3.59723
                                                                                               24.2370            -
   1994      22398    13.1       460            2.1                      24.1         43.5          88      7.98242
                                                                                               16.8970            -
   1995      28765    10.9       530            2.0            21.3      17.1         42.8          64      1.47381
                                                                                               8.32401      3.42426
   1996      34984    10.0       650            2.0            26.7       8.3         41.9          51            5
                                                                                               2.80684      7.02088
   1997      27126     9.3       750            2.0            31.2       2.8         42.3          32            1
                                                                                                     -
                                                                                               0.84462      7.31130
   1998      39780     7.8       790            2.0            35.7      -0.8         40.9           6            3

                                                                                             21 | P a g e
-
                                                                                      1.40789      7.19506
1999        42003      7.6        840         1.8        38.9     -1.4       38.8           2            7
                                                                                      0.25530      3.71124
2000        43632      8.4        930         1.8        43.7      0.4       37.3          48            1
                                                                                      0.72290      3.72073
2001        45994      8.3        1000        1.8        47.5      0.7       38.1          25            5
                                                                                            -
                                                                                      0.76594      4.69835
2002        48345      9.1        1100        1.8        54.4     -0.8       40.7           9            5
                                                                                      1.15590      2.62977
2003        49823     10.0        1270        1.8        61.4      1.2       44.2          97            6
                                                                                      3.88418            -
2004        63971     10.1        1500        1.8        70.3      3.9       46.9          26      1.24664
                                                                                      1.82164      1.58785
2005        70065     11.3        1740        1.8        80.6      1.8       48.4          78            1
                                                                                      1.46318      2.24930
2006        81995     12.7        2040        1.8        93.4      1.5       51.7           9            1
                                                                                      4.75029            -
2007        90003     14.2        2480        1.8       114.5      4.8       51.8          66      0.12265
                                                                                      5.86438            -
2008       110012      9.6        3040        1.8       156.6      5.9       53.0          37      2.30789
                                                                                            -
                                                                                      0.70294      5.93857
2009       121632      9.1        3620        1.8       191.3     -0.7       53.4           9            8
                                                                                      3.31454            -
2010       137321     10.4        4240        1.8       220.9      3.3       52.7          59      0.81934


           Source: The World Bank, National Bureau of Statistics of China,TradeEconomics

       4.2 Regression Analysis for China


       4.2.1 Dependent Variable:
       Cc : Annual Consumer Demand in China



       4.2.2 Independent variable


       Gc : GDP growth in China

       GNc: GNI per capital in china

       Ec : education Expenditure in china

       Hc : Health Expenditure in china

       CPc : CPI Index in china

                                                                                    22 | P a g e
Sc : Gross Saving in china

        Ic : Inflation in china

        Rc : Real Interest in china

                                                             Table 4.2

                                                      Model Summary(b)



                                                                                      Change Statistics
                               Adjusted R    Std. Error of     R Square
Model     R       R Square      Square       the Estimate      Change     F Change        df1             df2        Sig. F Change
 1      .997(a)     .994          .986       4025.76863         .994        134.422         8             7               .000
                                   a Predictors: (Constant), Rc, Ec, Hc, Gc, CPC, Sc, Gnc, Ic
                                                   b Dependent Variable: Cc

        In this table we concentrate on R square value. We expect R square value to ne close to 0 and
        less than 0.5 ( 0 < R square < 0.5 ). If the condition is satisfied than the entire regression
        analysis established hold true and cause affect relationship among dependent and independent
        variables can be derived and stated. In this case the relationship holds true up to 99.4% of the
        cases.
                                                             Table 4.3

                                                             ANOVA(b)

                                            Sum of
                  Model                    Squares           df       Mean Square          F          Sig.
                   1         Regression 174283782                     2178547282.5
                                                             8                         134.422      .000(a)
                                            60.019                          03
                              Residual   113447691
                                                             7        16206813.060
                                             .419
                               Total     175418259
                                                             15
                                            51.438
                                   a Predictors: (Constant), Rc, Ec, Hc, Gc, CPC, Sc, Gnc, Ic
                                                   b Dependent Variable: Cc

        In this table we concentrate on the significance level. The significance level p should always be
        less than 0.05 ( p < 0.05 ). If the condition is satisfied then the established regression equation is
        significant enough to support the relationship between dependent and independent variable. In
        this case the regression equation is fully significant as t = 0.000 < 0.05.




                                                                                                                23 | P a g e
Chart 4.1




                                     Table 4.4

                                  Coefficients(a)

                        Unstandardized           Standardized
                         Coefficients             Coefficients

Model                   B        Std. Error          Beta          T      Sig.
 1      (Constant)   63418.990   51796.577                       1.224    .030
           Gc        -2387.999   2096.492            .122        -1.139   .022
           Gnc        62.387      40.884            2.066        1.526    .001
           Ec        29796.861   27039.841           .078        -1.102   .037
           Hc        -666.946     738.302           1.184        -.903    .039
          CPc        3493.113    20303.581           .472        .172     .0868
           Sc         680.146     580.817            .115        1.171    .0280
            Ic       -3382.086   20527.320          -.454        -.165    .0074
           Rc        -303.024    863.563         -.029           -.351    .0736
                             a Dependent Variable: Cc



                                                                                  24 | P a g e
Evaluation of entire output

 In this analysis R square value clearly states that the relationship holds true for 99.4% of cases.
 In case of T-test The significance level t should always be greater than 0.5 ( | t | > 0.5 ). If the
  condition is satisfied then the established independent variable is significant enough to support the
  relationship with independent variable. In this case except the variable CPc ( capital index ) all
  other variables pass the criteria. Hence price index is rejected is not considered for regression
  analysis at it does not hold true for the relationship.
 In case of F-test Significance Level the p-values should always be less than 0.05 ( p < 0.05) . In
  the above Cpc, and Rc are rejected as they are not significant. However variable Gc,Gnc,Hc,Ec,Sc
  pass on the criteria can readily establish a relationship among each other.
 B value & C Value: Independent variables Gnc, Ec,Sc are positively related with consumer demand
  where as Gc,Hc, Ic are negatively related.

  4.2.3 Regression Equation


                                              Cc = F ( X) + C

                                         Where C = 63418.990

   F ( X ) == -2387.99 Gc + 62.37 Gnc + 29796.861 Ec – 666.946 Hc + 680.146 Sc – 3382.086 Ic


  4.2.4 Interpretation

       Independent macro- economic factor like GNP per capital, expenditure in Education and
        annual saving were found to be directly proportional to average annual consumer demand
        in china. More is the GNP, Educational , expenditure and savings higher will be thedemand
        level
                                            Cc α Gnc,Ec,Sc

       Independent macro- economic factor like Factors like GDP, , expenditure in Health care and
        Inflation were found to be inversely proportional to average annual consumer demand in
        china. More is the GDP, health care , expenditure and inflation lesser will be the demand
        level
                                          Cc α 1 / ( Gnc,Ec,Sc)

       CPI and Real Interest have no impact on annual consumer demand in china.
       Inflation, , expenditure in education and GDP growth rate has the highest impact on the
        consumer demand level and thus it has to be top preference when demand would
        fluctuate. Moreover focusing on GNP per capital will have least impact on consumer
        demand level.


                                                                                       25 | P a g e
4.3 Correlation Analysis for China


      4.3.1 Correlation Variable:


      Cc : Annual Consumer Demand in China

      Gc : GDP growth in China

      GNc: GNI per capital in china

      Ec : Education Expenditure in china

      Hc : Health Expenditure in china

      CPc : CPI Index in china

      Sc : Gross Saving in china

      Ic : Inflation in china

      Rc : Real Interest in china

                                                               Table 4.5

                                                                                  Correlations

                                Cc        Gc         Gnc          Ec         Hc         CPC        Sc          Ic            Rc
Cc     Pearson
                                     1     .072     .982(**)    -.500(**)   .989(**)      -.316   .913(**)    -.433(*)         -.066
       Correlation
       Sig. (2-tailed)                     .704        .000         .005       .000       .089       .000           .035        .729
       N                             30        30        30            30         16        30          29           24           30
Gc     Pearson
                                 .072          1       .080        -.044       .264       .229       .153           .244    -.488(**)
       Correlation
       Sig. (2-tailed)           .704                  .675         .818       .322       .223       .428           .251        .006
       N                             30        30        30            30         16        30          29           24           30
Gnc    Pearson
                            .982(**)       .080            1    -.455(*)    .998(**)      -.300   .891(**)      -.384          -.077
       Correlation
       Sig. (2-tailed)           .000      .675                     .011       .000       .108       .000           .064        .685
       N                             30        30        30            30         16        30          29           24           30
Ec     Pearson
                           -.500(**)      -.044     -.455(*)           1    -.509(*)      .180    -.445(*)     .464(*)          .155
       Correlation
       Sig. (2-tailed)           .005      .818        .011                    .044       .342       .016           .023        .414
       N                             30        30        30            30         16        30          29           24           30
Hc     Pearson
                            .989(**)       .264     .998(**)    -.509(*)           1      -.135   .841(**)      -.132          -.373
       Correlation
       Sig. (2-tailed)           .000      .322        .000         .044                  .619       .000           .626        .155
       N                             16        16        16            16         16        16          16           16           16
CPC    Pearson
                                -.316      .229       -.300         .180      -.135           1     -.160    1.000(**)      -.739(**)
       Correlation
       Sig. (2-tailed)           .089      .223        .108         .342       .619                  .407           .000        .000
       N                             30        30        30            30         16        30          29           24           30

                                                                                                             26 | P a g e
Sc        Pearson
                             .913(**)       .153    .891(**)     -.445(*)   .841(**)      -.160       1       -.235          -.222
          Correlation
          Sig. (2-tailed)       .000        .428       .000         .016       .000        .407                .269           .248
          N                       29          29         29           29         16          29      29          24              29
Ic        Pearson
                             -.433(*)       .244      -.384      .464(*)      -.132    1.000(**)   -.235          1       -.741(**)
          Correlation
          Sig. (2-tailed)       .035        .251       .064         .023       .626        .000    .269                       .000
          N                       24          24         24           24         16          24      24          24              24
Rc        Pearson
                               -.066    -.488(**)     -.077         .155      -.373    -.739(**)   -.222   -.741(**)             1
          Correlation
          Sig. (2-tailed)       .729        .006       .685         .414       .155        .000    .248        .000
          N                       30          30         30           30         16          30      29          24              30




         Evaluation of Output
         In above analysis we look for significance level first. The significance level p should always be less
         than 0.05 ( p < 0.05 ). If the condition is satisfied then the established correlation between two
         variable is significant enough to support the association among each other.
         Next we look for coefficient value R which should be greater than ( R > 0.75 ) to support a strong
         correlation. Pearson method of correlation was applied.

         Consumer Demand :Cc

            Strongly & Positively correlated to               Invsetment per head ( Ih )
            Strongly & Positively correlated to                education spending per head( Eh )
            Strongly & Positively correlated to               Internet uers( I )
            Positively correlated to L, urban                 population ( Up ), working population ( Wp ),              Life
           expectancy ( Lf ),SSE, SLE


     Derived Result

               The consumer demand in china is very strongly associated with , expenditure in healthcare
               showing that utmost preference should be given to this factors with a success rate of 98.9%,
               followed by GNP per capital, which also accounts for 98.35% suggesting and important
               parameter to be taken care to have a control over annual consumer demand.
               Also annual saving is strongly correlated with a correlation coefficient of 91.3% stating that
               it is strongly associated and can alter any changes in consumer demand.




     4.3.2 Interpretation



                                                                                                           27 | P a g e
GNP per capital should be given the highest preference and should be the prime focused
       indicator while keep track of consumer demand. , expenditure in health care and also annual
       saving should be given priority as both of this variables are responsible for fluctuating consumer
       demand to a large extent.

       Other factors like , expenditure in education sector,CPI and inflation should be taken into
       consideration but can be given low priority as they weekly influence consumer demand in china.

       Certain variables like GDP growth rate and Real interest rate can be avoided and is not found to
       influence consumer demand.

     4.4 Descriptive Statistics for China


                                                          Table 4.6
                                                                 Descriptive Statistics

                                Cc         Gc         Gnc       Ec          Hc            CPc         Sc           Ic            Rc
N               Valid                30         30       30          30          16             30         29             24          30
                Missing              0           0          0         0          14             0           1             6           0
Mean                          38599.1                 1031.00
                                          10.0933               1.9000     80.5250        5.6067     41.9345       5.9830       1.9734
                                  333                      00
Median                        27945.5                 590.000
                                          10.0000               1.8000     57.9000        3.2000     40.7000       3.4291       2.6169
                                  000                       0
Mode                         2534.00(
                                              9.10     220.00     1.80    21.30(a)        -.80(a)    36.00(a)     -1.41(a)     -7.98(a)
                                    a)
Std. Deviation                37971.6                 1062.96
                                          2.83110               .13896    60.69755    6.58975        5.95868      7.22095      3.66405
                                 9462                     381
Sum                          1157974                  30930.0
                                           302.80                57.00     1288.40        168.20     1216.10       143.59        59.20
                                   .00                      0
       a Multiple modes exist. The smallest value is shown



       Interpretation

       The average value ( mean value ) for consumer demand over a period of 1981-2010 has been
       38399.1333 . The chances of dispersion that the value would vary or spread out from its mean is
       37926 also called the standard deviation. In distribution more than 50% of observation lies above
       27945.5and 50% of observation lies below 27945.5. The value with highest frequency ( mode )
       is 2534.00.

       The average value ( mean value ) for GDP growth over a period of 1981-2010 has been
       10.0933The chances of dispersion that the value would vary or spread out from its mean is 2.83
       also called the standard deviation. In distribution more than 50% of observation lies above 10
       and 50% of observation lies below 10. The value with highest frequency ( mode ) is 9.2

       The average value ( mean value ) for GNP per capital over a period of 1981-2010 has been 1031.
       The chances of dispersion that the value would vary or spread out from its mean is
       1062.96381also called the standard deviation. In distribution more than 50% of observation lies



                                                                                                           28 | P a g e
above 590and 50% of observation lies below 590. The value with highest frequency ( mode ) is
             220.00.
             The average value ( mean value ) for Annual Saving over a period of 1981-2010 has been
             41.9345. The chances of dispersion that the value would vary or spread out from its mean is
             5.95868 also called the standard deviation. In distribution more than 50% of observation lies
             above 40.7000 and 50% of observation lies below 40.7000. The value with highest frequency (
             mode ) is 5.95868.
             The average value ( mean value ) for Inflation over a period of 1981-2010 has been 5.9830. The
             chances of dispersion that the value would vary or spread out from its mean is 7.22095 also called
             the standard deviation. In distribution more than 50% of observation lies above 3.4291 and 50%
             of observation lies below 3.4291. The value with highest frequency ( mode ) is -7.98.


               4.5 Graphical Analysis for China

                                                            Chart 4.2


  250.0
                                                                                         GDP growth (%)

  200.0
                                                                                         Adjusted savings: education expenditure (%
  150.0                                                                                  of GNI)
                                                                                         Health expenditure per capita ($)
  100.0
                                                                                         CPI growth (%)
   50.0

                                                                                         Adjusted savings: gross savings (% of GNI)
       0.0
               1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 3009 2010
  -50.0                                                                                  Inflation, Consumer Price %
                                              Year



                                                           Table 4.7

                                              GNI per        Adjusted                           Adjusted
                                              capital,        savings:   Health                 savings:
                Average                        Atlas         education expenditure        CPI    gross    Inflation,
                Consumer      GDP growth      Method        expenditure per capita       growt  savings   Consumer
Year            Demand           (%)            ($)         (% of GNI)     ($)           h (%) (% of GNI) Price %
                                                                                                            0.255304
   2000              45632              8.4          930               1.8        43.7      0.4      37.3            8
                                                                                                            3.314545
   2010             137321             10.4       4240                 1.8       220.9      3.3      52.7            9
Growth                                        355.9139                                                      1198.270
%               200.93136 23.80952381              785                  0    405.18176     725 41.235638             2



             Interpretation

                                                                                                          29 | P a g e
The trend analysis from 1999-2010 shows that GNP has grown significantlyand have almost
         been 4.5 times of what it was in 1999. GDP growth rate had been constantly rising from 1999-
         2008. In 2008 due to economic depression the GDP fell down put picked up again from 2009.
         The expenditure in education remained constant where expenditure in health care kept on rising
         and grew by 5 times .Annual saving have grown to 41% since 1999.However CPI, Inflation and
         real interest rate kept on fluctuating based on the monetary policies set by central bank. GDP
         growth rate also had grown by 23% in this period.



          4.6 Data set for India


                                                  Table 4.8

                                                                                Adjusted
                               GNI per   Adjusted                               savings:
                               capital,   savings:   Health                      gross
        Average      GDP        Atlas    education expenditure         CPI      savings Inflation,        Real
        Consumer    growth     Method expenditure per capita          growth     (% of   Consumer         Interest
Year    Demand       (%)         ($)    (% of GNI)     ($)             (%)       GNI)    Price %          Rate
 1981                   6.0        300          3.1                      13.1       21.1   13.1151        5.118237
 1982                   3.5        290          3.1                       7.9       20.5 7.887271         7.774707
 1983                   7.3        290          3.2                      11.9       18.5 11.86886         7.320987
 1984                   3.8        290          3.4                       8.3       20.8   8.32158           7.9471
 1985                   5.3        300          3.5                       5.6       21.9 5.555556         8.681674
 1986                   4.8        320          3.4                       8.7       21.8 8.730811         9.093224
 1987                   4.0        360          3.2                       8.8       21.1 8.798689          6.56018
 1988       1567        9.7        400          3.7                       9.4       22.3 9.384776         7.638633
 1989       1765        6.0        400          4.0                       3.3       22.7   3.26256        7.435843
 1990       1872        5.5        390          3.9                       9.0       22.6 8.971234         5.269527
 1991       1943        1.1        350          3.7                      13.9       22.2 13.87025         3.624717
 1992       1988        5.5        350          3.6                      11.8       23.5 11.78782         9.132749
 1993       2056        4.8        330          3.5                       6.4       22.1 6.362039         5.814777
 1994       2212        6.7        350          3.5                      10.2       24.8   10.2115         4.33711
 1995       2399        7.6        370          3.3        16.5          10.2       26.9 10.22489         5.864178
 1996       2532        7.5        410          3.2        16.5           9.0       23.1 8.977149         7.792994
 1997       2639        4.0        420          3.5        19.2           7.2       25.4 7.164254         6.909579
 1998       2834        6.2        420          3.8        19.3          13.2       22.8 13.23084         5.121276
 1999       2956        8.5        440          4.4        19.3           4.7       26.2 4.669821         9.398475
 2000       3067        4.0        450          3.8        20.7           4.0       25.4 4.009434         8.332154
 2001       3287        5.0        460          3.8        22.1           3.7       25.7 3.684807         8.625162
 2002       3435        4.0        470          3.8        22.4           4.4       26.9     4.3922       7.911236
 2003       3956        8.0        530          3.8        24.7           3.8       28.6 3.805866         7.287253
 2004       4023        7.8        620          3.8        26.5           3.8       33.3 3.767238         4.705205


                                                                                           30 | P a g e
2005         5356           9.3        730                   3.1              30.0           4.2         34.3   4.246353       6.248326
2006         5634           9.3        810                   3.1              33.1           6.1         35.0   6.145522       4.477361
2007         6052           9.8        950                   3.1              40.4           6.4         36.9   6.369997       6.869161
2008         6324           3.9       1030                   3.1              43.1           8.4         33.0   8.351816       4.277249
2009         7126           8.2       1150                   3.1              44.3          10.9         34.5   10.87739       5.872688
2010         7589           9.6       1260                   3.1              54.2          12.0         34.0    11.9923       -0.13571


             Source: The World Bank, National Bureau of Statistics of China,TradeEconomics



       4.7 Regression Analysis for India


       4.7.1 Dependent Variable:

       Ci : Annual Consumer Demand in India


       4.7.2 Independent variable


       Gi : GDP growth in India

       GNi: GNI per capital in India

       Ei : ducation Expenditure in India

       Hi : Health Expenditure in India

       CPi : CPI Index in India

       Si : Gross Saving in India

       Ii : Inflation in India

       Ri : Real Interest in India

                                                              Table 4.9

                                                           Model Summary


                                                                         Adjusted R      Std. Error of
                                  Model          R         R Square       Square         the Estimate
                                   1          .994(a)        .987           .976          272.04337
                                          a Predictors: (Constant), Ri, Gi, Ei, CPi, Hi, Si, Gni


       In this table we concentrate on R square value. We expect R square value to be close to 0 and
       less than 0.5 ( 0 < R square < 0.5 ). If the condition is satisfied than the entire regression

                                                                                                                31 | P a g e
analysis established hold true and cause affect relationship among dependent and independent
variables can be derived and stated. In this case the relationship holds true upto 98.7% of the
cases which is far better than previous case.

                                                 Table 4.10
                                                  ANOVA(b)

                                  Sum of
         Model                   Squares          df         Mean Square            F        Sig.
         1        Regression    45205839.
                                                        7      6457977.026          87.261   .000(a)
                                       180
                  Residual      592060.75
                                                        8        74007.595
                                          7
                  Total         45797899.
                                                       15
                                       938
                             a Predictors: (Constant), Ri, Gi, Ei, CPi, Hi, Si, Gni
                                         b Dependent Variable: Ci



In this table we concentrate on the significance level. The significance level p should always be
less than 0.05 ( p < 0.05 ). If the condition is satisfied then the established regression equation is
significant enough to support the relationship between dependent and independent variable. In
this case the regression equation is fully significant as t = 0.000 < 0.05.


                                                 Chart 4.3




                                                 Table 4.11
                                                Coefficients(a)

                                                                                                    32 | P a g e
Unstandardized        Standardized
                                     Coefficients          Coefficients

            Model                   B        Std. Error       Beta           T          Sig.
            1       (Constant)     611.805    2131.490                           .687      .058
                    Gi              28.501      44.067               .036        .647     .043
                    Gni              5.004       2.788               .842    1.795        .010
                    Ei            -125.302     279.514               -.029   -.548        .066
                    Hi              15.887      65.818               .105        .241    .0815
                    CPi            -47.501      47.937               -.088   -.991       .0351
                    Si              17.690      50.047               .048        .753    .0333
                    Ri               3.390      61.895               .004        .055    .0958
                                         a Dependent Variable: Ci


 Evaluation of entire output

 In this analysis R square value clearly states that the relationship holds true for 98.7% of cases.
 In case of T-test The significance level t should always be greater than 0.5 ( | t | > 0.5 ). If the
  condition is satisfied then the established independent variable is significant enough to support the
  relationship with independent variable. In this case except the variable Hi and Ri all other
  variables pass the criteria. Hence expenditure in health care and Real Interest rate is rejected and is
  not considered for regression analysis at it does not hold true for the relationship.
 In case of F-test Significance Level the p-values should always be less than 0.05 ( p < 0.05) . In
  the above Hi,Ei and Ri are rejected as they are not significant. However variable Gi,Gni, Cpi,Si
  pass on the criteria can readily establish a relationship among each other.
 B value & C Value: Independent variables Gi,Gni, Si are positively related with consumer demand
  whereas Cpiis negatively related.

  4.7.3 Regression Equation


                                              Cc = F ( X) + C

                                             Where C = 611.805

                           F(X) = 28.5 Gi + 5 Gni - 47.501 CPi + 17.690 Si




  4.7.4 Interpretation




                                                                                             33 | P a g e
 Independent macro- economic factor like GDP growth rate, GNP per capital, and annual
      saving were found to be directly proportional to average annual consumer demand in
      India. More is the GDP growth, GNP, and savings higher will be the demand level
                                          Cc α Gi,Gni,Si

     Independent macro- economic factor like CPI was found to be inversely proportional to
      average annual consumer demand in India. More is the CPI lesser will be the demand level
                                           Cc α 1 / CPi

     Real Interest rate, expenditure ine education and helath care have no impact on annual
      consumer demand in India.
     CPI, GDP growth and annual saving has the highest impact on the consumer demand
      level and thus it has to be top preference when demand would fluctuate. Moreover
      focusing on GNP per capital will have least impact on consumer demand level.



4.8 Correlation Analysis for India


4.8.1 Correlation Variable:


Ci : Annual Consumer Demand in India

Gi : GDP growth in India

GNi: GNI per capital in India

Ei : Education Expenditure in India

Hi : Health Expenditure in India

CPi : CPI Index in India

Si : Gross Saving in India

Ii : Inflation in India

Ri : Real Interest in India




                                        Table 4.12


                                                                                34 | P a g e
Correlations

                         Ci          Gi          Gni            Ei           Hi           CPi         Si            Ii        Ri
Ci    Pearson
                                1    .443(*)     .966(**)      -.413(*)     .981(**)         .011    .921(**)     -.026         -.392
      Correlation
      Sig. (2-tailed)                     .030      .000             .045         .000       .958          .000   .906             .058
      N                        24          24          24             24           16           24          23       23             24
Gi    Pearson
                         .443(*)            1    .494(**)        -.069            .383      -.069    .561(**)     -.097         -.136
      Correlation
      Sig. (2-tailed)         .030                  .005             .712         .143       .713          .001   .610             .465
      N                        24          31          31             31           16           31          30       30             31
Gni   Pearson
                        .966(**)     .494(**)           1        -.191      .992(**)         .034    .886(**)     -.027      -.443(*)
      Correlation
      Sig. (2-tailed)         .000        .005                       .302         .000       .857          .000   .889             .013
      N                        24          31          31             31           16           31          30       30             31
Ei    Pearson                                                                                                          -
      Correlation       -.413(*)       -.069       -.191               1    -.611(*)        -.103      -.261      .369(       .454(*)
                                                                                                                      *)
      Sig. (2-tailed)         .045        .712      .302                          .012       .582          .163    .045            .010
      N                        24          31          31             31           16           31          30       30             31
Hi    Pearson
                        .981(**)          .383   .992(**)      -.611(*)             1        .312    .819(**)     .310       -.710(**)
      Correlation
      Sig. (2-tailed)         .000        .143      .000             .012                    .240          .000   .243             .002
      N                        16          16          16             16           16           16          16      16              16
CPi   Pearson                                                                                                     1.00
                              .011     -.069        .034         -.103            .312          1      -.282                    -.284
      Correlation                                                                                                 0(**)
      Sig. (2-tailed)         .958        .713      .857             .582         .240                     .131   .000             .122
      N                        24          31          31             31           16           31          30       30             31
Si    Pearson
                        .921(**)     .561(**)    .886(**)        -.261      .819(**)        -.282            1    -.281      -.412(*)
      Correlation
      Sig. (2-tailed)         .000        .001      .000             .163         .000       .131                 .132             .024
      N                        23          30          30             30           16           30          30       30             30
Ii    Pearson
                           -.026       -.097       -.027       -.369(*)           .310   1.000(**)     -.281             1   -.423(*)
      Correlation
      Sig. (2-tailed)         .906        .610      .889             .045         .243       .000          .132                    .020
      N                        23          30          30             30           16           30          30       30             30
Ri    Pearson                                                                                                          -
      Correlation          -.392       -.136     -.443(*)       .454(*)     -.710(**)       -.284    -.412(*)     .423(              1
                                                                                                                      *)
      Sig. (2-tailed)         .058        .465      .013             .010         .002       .122          .024    .020
      N                        24          31          31             31           16           31          30       30             31



       Evaluation of Output
       In above analysis we look for significance level first. The significance level p should always be less
       than 0.05 ( p < 0.05 ). If the condition is satisfied then the established correlation between two
       variable is significant enough to support the association among each other.
       Next we look for coefficient value R which should be greater than ( R > 0.75 ) to support a strong
       correlation. Pearson method of correlation was applied.



          Consumer Demand :Cc


                                                                                                      35 | P a g e
     Strongly & Positively correlated to       GNi per capital( Gni )
                  Strongly & Positively correlated to        , expenditure in Health care( Hi )
                  Strongly & Positively correlated to       Annual Saving( Si )
                  Weekly & Negatively correlated to         , GDP growth rate ( Gi )
                  Weekly & Negatively correlated to         expenditure on education( Ei )
                  Weekly & Negatively correlated to         Real Interest rate( Ri )
                  Not correlated to GDP growth (Ii)

      Derived Result

                 The consumer demand in china is very strongly associated with , expenditure in healthcare
                 showing that utmost preference should be given to this factors with a success rate of 98.1%,
                 followed by GNP per capital, which also accounts for 96.6% suggesting and important
                 parameter to be taken care to have a control over annual consumer demand.
                 Also annual saving is strongly correlated with a correlation coefficient of 92.1% stating that
                 it is strongly associated and can alter any changes in consumer demand.


      4.8.2 Interpretation

           GNP per capital should be given the highest preference and should be the prime focused
           indicator while keep track of consumer demand. , expenditure in health care and also annual
           saving should be given priority as both of this variables are responsible for fluctuating consumer
           demand to a large extent.

           Other factors like GDP growth rate , Real interest rate and expenditure in education sector,
           should be taken into consideration but can be given low priority as they weekly influence
           consumer demand in India.

           Certain variables like Inflation and CPI can be avoided and is not found to influence consumer
           demand.

         4.9 Descriptive Statistics for India
                                                            Table 4.13
                                                            Descriptive Statistics


                               Ci         Gi             Gni        Ei             Hi      CPi        Si          Ii       Ri
Mean                                                   498.709                   28.268
                           3547.7500      6.1903                    3.4419                  7.8290   25.9300     8.0013    6.3868
                                                              7                        8
Median                                                 400.000                   23.550
                           2895.0000      6.0000                    3.5000                  8.3000   24.1500     8.3367    6.8692
                                                              0                        0
Mode                                                  290.00(a                  16.50(a
                           1567.00(a)          4.00                      3.10              3.80(a)   21.10(a)   3.26(a)    -.14(a)
                                                              )                        )
Std. Deviation             1810.9901                   268.660                   11.514
                                         2.22206                    .42093                 3.33008   5.26689    3.23095   2.12824
                                   3                         16                       26
Sum                                                    15460.0
                            85146.00      191.90                    106.70      452.30      242.70    777.90     240.04    197.99
                                                              0




                                                                                                           36 | P a g e
Interpretation

       The average value ( mean value ) for consumer demand over a period of 1981-2010 has been
       3547.7500. The chances of dispersion that the value would vary or spread out from its mean is
       2895.0000 also called the standard deviation. In distribution more than 50% of observation lies
       above 2895.0000 and 50% of observation lies below 2895.0000. The value with highest
       frequency ( mode ) is 1567.

       The average value ( mean value ) for GDP growth over a period of 1981-2010 has been 6.1903.
       The chances of dispersion that the value would vary or spread out from its mean is 2.22 also
       called the standard deviation. In distribution more than 50% of observation lies above 6 and
       50% of observation lies below 6. The value with highest frequency ( mode ) is 4


       The average value ( mean value ) for GNP per capital over a period of 1981-2010 has been 1031.
       The chances of dispersion that the value would vary or spread out from its mean is 1810.99013
       also called the standard deviation. In distribution more than 50% of observation lies above
       2895.0000 and 50% of observation lies below 2895.0000.. The value with highest frequency (
       mode ) is 1567.00

       The average value ( mean value ) for Annual Saving over a period of 1981-2010 has been
       24.1500. The chances of dispersion that the value would vary or spread out from its mean is
       5.95868 also called the standard deviation. In distribution more than 50% of observation lies
       above 24.1500and 50% of observation lies below 24.1500. The value with highest frequency (
       mode ) is 5.26689.
       The average value ( mean value ) for Inflation over a period of 1981-2010 has been 8.0013. The
       chances of dispersion that the value would vary or spread out from its mean is 8.3367 also called
       the standard deviation. In distribution more than 50% of observation lies above 8.3367and 50%
       of observation lies below 8.3367. The value with highest frequency ( mode ) is 3.26.


          4.10       Graphical Analysis for India

                                                  Table 4.7




                                                                                     Adjusted
                                     GNI per   Adjusted                              savings:
                                     capital,   savings:   Health                     gross
           Average          GDP       Atlas    education expenditure          CPI    savings Inflation,
           Consumer        growth    Method expenditure per capita           growth   (% of   Consumer
Year       Demand           (%)        ($)    (% of GNI)     ($)              (%)     GNI)    Price %
      2000       3067          4.0       450          3.8        20.7            4.0     25.4 4.009434
      2010       7589          9.6      1260          3.1        54.2           12.0     34.0   11.9923
Growth %          147         140        180          -18        162            200        34        199
                                                    Chart 4.4



                                                                                            37 | P a g e
60.0


50.0                                                                     GDP growth (%)


                                                                         Adjusted savings: education expenditure
40.0
                                                                         (% of GNI)
                                                                         Health expenditure per capita ($)
30.0
                                                                         CPI growth (%)
20.0
                                                                         Adjusted savings: gross savings (% of
                                                                         GNI)
10.0
                                                                         Inflation, Consumer Price %

 0.0                                                                     Real Interest Rate
        1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
-10.0
                                    Year




        Interpretation

        The trend analysis from 1999-2010 shows that GNI has grown significantly and have almost
        been 2.8 times of what it was in 1999. GDP growth rate had been constantly rising from 1999-
        2008. In 2008 due to economic depression the GDP fell down put picked up again from 2009.T
        The expenditure in education remained constant where expenditure in health care kept on rising
        and grew by 1.6 times .Annual saving have grown to 34% since 1999.However CPI, Inflation
        and real interest rate kept on fluctuating based on the monetary policies set by central bank.




          4.11       Comparison of India and China



                                                                                              38 | P a g e
Expenditure in India and China
                         250.0




                         200.0




                         150.0
           Expenditure




                                                                                          Education expenditure China
                                                                                          Education expenditure India
                         100.0                                                            Health Care expenditure China
                                                                                          Health Care expenditureIndia



                          50.0




                           0.0
                                 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010
                                                            Year




Coming to expenditure pattern both were found same in India and China. In both the cases The
expenditure in education remained constant where expenditure in health care kept on rising.

All other trend too were similar like in both cases GNI, Annual savings, Consumer Demand kept on
rising where as CPI, Inflation and real interest rate kept on fluctuating based on the monetary policies set
by central bank.

Surprisingly in both India and China the GDP growth rate had been constantly rising from 1999-2008. In
2008 due to economic depression the GDP fell down put picked up again from 2009

In case of India GDP is positively related where as in case of China GDP growth is negatively related to
annual consumer demand.

In case of China , CPI and Real Interest have no impact on annual consumer demand in china. Inflation, ,
expenditure in education and GDP growth rate has the highest impact on the consumer demand level


                                                                                                     39 | P a g e
and thus it has to be top preference when demand would fluctuate. Moreover focusing on GNP per
capital will have least impact on consumer demand level.

In case of India , GNP per capital should be given the highest preference and should be the prime focused
indicator while keep track of consumer demand. , expenditure in health care and also annual saving
should be given priority as both of this variables are responsible for fluctuating consumer demand to a
large extent.

Other factors like GDP growth rate , Real interest rate and expenditure in education sector, should be
taken into consideration but can be given low priority as they weekly influence consumer demand in
India. Certain variables like Inflation and CPI can be avoided and is not found to influence consumer
demand.




                                                                                          40 | P a g e
Major factors consumer demands India China
Major factors consumer demands India China
Major factors consumer demands India China
Major factors consumer demands India China
Major factors consumer demands India China
Major factors consumer demands India China
Major factors consumer demands India China
Major factors consumer demands India China

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Major factors consumer demands India China

  • 1. Newgate India Major factors that impact consumer demands in India and China 1|Page
  • 2. Table of Contents Abstract .......................................................................................................................................... 6 1. Introduction ............................................................................................................................... 7 1.1 Overview ............................................................................................................................... 7 1.2 Purpose of conducting Research ........................................................................................... 8 1.3 Statement of problem ........................................................................................................... 8 1.4 Research topic ....................................................................................................................... 8 1.5 Research objective................................................................................................................. 9 1.6 Research Questions ............................................................................................................... 9 1.7 Proposed null hypothesis ....................................................................................................... 9 1.8 Need of study ...................................................................................................................... 10 1.9 Scope of study ..................................................................................................................... 10 1.10 Relevance to real world ..................................................................................................... 10 1.11 Limitations of the study..................................................................................................... 11 2. Review of Literature ............................................................................................................... 12 3. Research Methodology ........................................................................................................... 14 3.1 Research Framework .......................................................................................................... 14 Figure 3.1 .................................................................................................................................. 14 3.2 Type of Research ................................................................................................................. 15 3.2.1 Exploratory Research: .................................................................................................. 15 3.2.2 Causal Research :.......................................................................................................... 15 3.3 Sources of data ................................................................................................................... 15 3.3.1 Secondary data:............................................................................................................. 15 3.4 Sampling of data................................................................................................................. 16 3.4.1 Nature of Sampling ....................................................................................................... 16 3.4.2 Sampling Type .............................................................................................................. 16 3.4.3 Sample Size .................................................................................................................. 16 3.5 Target Sample ..................................................................................................................... 16 3.6 Primary scales used ............................................................................................................ 17 3.7 Analysis tool used ............................................................................................................... 17 3.7.1 Regression analysis....................................................................................................... 17 2|Page
  • 3. 3.7.2 Correlation Analysis .................................................................................................... 19 3.7.3. Descriptive statistics .................................................................................................... 20 3.7.4 Graphical Analysis ...................................................................................................... 20 3.8 Overview of work............................................................................................................... 20 4.Analysis ..................................................................................................................................... 21 4.1 Data set for China ........................................................................................................... 21 4.2 Regression Analysis for China ............................................................................................ 22 4.2.1 Dependent Variable: ..................................................................................................... 22 4.2.2 Independent variable..................................................................................................... 22 4.2.3 Regression Equation ......................................................................................................... 25 4.2.4 Interpretation .................................................................................................................... 25 4.3 Correlation Analysis for China ...................................................................................... 26 4.3.1 Correlation Variable: .................................................................................................... 26 Evaluation of Output ............................................................................................................. 27 Derived Result ....................................................................................................................... 27 4.3.2 Interpretation .................................................................................................................... 27 4.4 Descriptive Statistics for China ...................................................................................... 28 4.5 Graphical Analysis for China ......................................................................................... 29 4.6 Data set for India ............................................................................................................ 30 4.7 Regression Analysis for India ............................................................................................. 31 4.7.1 Dependent Variable: ..................................................................................................... 31 4.7.2 Independent variable..................................................................................................... 31 4.7.3 Regression Equation ......................................................................................................... 33 4.7.4 Interpretation .................................................................................................................... 33 4.8 Correlation Analysis for India ........................................................................................ 34 4.8.1 Correlation Variable: .................................................................................................... 34 Evaluation of Output ............................................................................................................. 35 Derived Result ....................................................................................................................... 36 4.8.2 Interpretation .................................................................................................................... 36 4.9 Descriptive Statistics for India ....................................................................................... 36 4.10 Graphical Analysis for India .......................................................................................... 37 4.11 Comparison of India and China ..................................................................................... 38 3|Page
  • 4. 6.Results & Discussion ................................................................................................................ 41 6.1 In case of China ................................................................................................................... 41 6.2 In case of India .................................................................................................................... 42 6.1 Hypothesis acceptance. ....................................................................................................... 43 7.Conclusion ................................................................................................................................ 44 8. References ................................................................................................................................ 45 4|Page
  • 6. Abstract The rapid economic growth in Indian and China is increasing and creating employment and better business opportunities that in turn is increasing disposable incomes. Increase in disposable income enhances buyer‟s efficiency and as a result consumer demand would rise. But many other macro- economy variables like employment, inflation , CPI and interest rate set by bank would alter the consequences of increase or decrease in consumer demand. Industries in India and China is one of the competitive market catering to the global needs . This research supports the facts that market patterns in China and India as emerging nations having fluctuating due to factors like global slowdown, competitions and ability of consumers to accept and afford a particular product/service. This overall regulates the demand pattern. Affordability lies on several factors like inflation, annual disposable income and government expenditure to push money supply in the cash chain. This entire research will give a clarity on how various macro-economic variables, monetary policies that affects lively hood of consumers can result in fluctuation of consumer demand in India and China. On the same time it will give an Idea on two leading nations of Asia in terms of Economy and would help in summarizing the facts accounting almost the entire Asia. Results obtained from analysis supported the fact that two leading nations have lot of common in their economy pattern and follow a similar trend. In both the cases consumer demand were impacted by macro-economic variables however their relationship and degree of association differed from each other. In case of expenditure pattern both were found same in India and China. In both the cases The expenditure in education remained constant where expenditure in health care kept on rising. All other trend too were similar like in both cases GNI, Annual savings, Consumer Demand kept on rising where as CPI, Inflation and real interest rate kept on fluctuating based on the monetary policies set by central bank. In India and China the GDP growth rate had been constantly rising from 1999-2008. In 2008 due to economic depression the GDP fell down put picked up again from 2009. 6|Page
  • 7. 1. Introduction 1.1 Overview Over past few decades industries and venture capitalist looking to invest in Chinese and Indian market have significantly risen. These vast market act as a driving force to stimulate the economic growth in China and India and has also influenced several other macro-economic conditions like inflation, employment and GDP of the country. Both India and China has focused on privatization, liberalization and marketization for past 3 decades and as a result has gained a tremendous transformational change in its social, economic and technical aspects of life. China and India being world‟s fastest growing nation and counted among two big economies in Asia has undergone this major growth in the presence of increase in proportion of private ownership which resulted in economy to grow rapidly. With time big brands overseas realized the presence of big market which were untapped in India and China with huge market potential. In the meantime government cleared of many FDI‟s . Many new players came into market, employment rose up, disposable income increased and result consumer demand kept on accelerating at a faster pace. In China consumer demand grew quite faster than that of India. Economist and political leaders in China‟s have always worry regarding consumer demand because export driven growth is unsustainable in case of china. China‟s accompanies a vast rural area with poverty and isolation from urban areas due to poor supply chain distribution. A survey by Gallup has said that the consumer product which were previously considered as luxury goods are being seen with increase in sales. Products like cameras, computers, cell phones have got increased acceptance from this market. However India too has seen increased footfalls on service and hospitality sector. China is more of a manufacturing driven economy where as India is R&D dominated economy. Many global rating agencies are considering India as one of the key market player in future and major leader in global technology innovation and IT infrastructure. Growth in both India and China is primarily driven by consumer markets due to a favorable A recent study by the McKinsey Global Institute (MGI) suggests that if both India and China keeps growing at current and forms a bilateral trade in future effectively than the average household income will triple in coming two decades with India being world‟s 5-th largest consumer economy and China at number one. India is growing at a faster space with annual rate of 7.65 in past five years and is forecasted to continue growing making it world‟s 3rd largest economy by 2020 where as China‟s is already expected to be at top by that time. The rapid economic growth is increasing and enhancing employment and business opportunities and in turn increasing disposable incomes. 7|Page
  • 8. 1.2 Purpose of conducting Research It is very vital for economist to understandthe various macro-economic pattern in any economy. India and China being the two fastest growing nation with very largemarket, it is very important to understand how consumer demand pattern would differ in this two nations. Observing the factors that affects the consumer demand in these countries would give an overview that how on different circumstances the consumer demand would vary. This research will give deeper insight into various factors like GDP growth,GNI, expenditure on education and Health care, CPI, Gross saving , Inflation and Real interest rate and their role in stimulating consumer demand in India and China.The research will also clarify the degree to which each of this macro-economic variable will be related to consumer demand with the help of regression equation. The obtained results will be used as a standards for economist in this two countries to understand the demand pattern and thus can control it by varying this macro-economic variables or monetary policies. At times economist would be expecting either rise or fall in consumer demand to that of normal and it can varied to certain extent by varying the indicators. . 1.3Statement of problem To understand how various set of macro-economic variables like GDP growth,GNI, expenditure on education and Health care, CPI, Gross saving , Inflation and Real interest rate have an impact on overall growth of economy and consumer demand. With time both private and public industries have evolved at a faster pace in India and China but it is very important to understand how each of these sector will influence the overall economic growth pushing a demand pattern. Private industries in china have been playing major part with evolution in Manufacturing,Telecom, Retail, Petroleum, Service and entertainment industries constituting a strong demand in china. In India IT, Hospitality, Telecom and Manufacturing Industries and R&D are pushing a strong demand. It is very critical for economist to underline whether increased growth in consumer demand is significantly impacted by macro-economic indicators leading to efficient Industrial operating performance in India and China and if it has impacted than to what degree it has an affect on India‟s and china‟s overallconsumer demand. 1.4Research topic To identify the major factors that impacts the consumer demands pattern in India and China 8|Page
  • 9. 1.5Research objective Objective:1To compare the difference in statistics of consumption expenditures for people in Indiaand China. Objective:2To identify the factors that impact consumer demand in Indian and China. Objective:3 To analyze and discover to what degree each of this factors influence the consumer demand in India and China. 1.6Research Questions 1. What is the differences between the statistics of consumption expenditures in Indian and China? 2. What leading factors may cause the situation associated with the difference in consumer demand? 3. How do the factors have a profound impact on consumer demand and the National Economy? 1.7 Proposed null hypothesis Hypothesis Ha : Consumer Demand is correlated and dependent upon GDP growth in India and China Hypothesis Hb : Consumer Demand is correlated and dependent upon Expenditure in China and India Hypothesis Hc : Consumer Demand is correlated and dependent upon GNI per capital in China and India Hypothesis Hd : Consumer Demand is correlated and dependent upon Inflation in China and India Hypothesis He : Consumer Demand is correlated and dependent upon Gross Saving in China Hypothesis Hf : Consumer Demand is correlated and dependent upon CPI in China and India Hypothesis Hf : Consumer Demand is correlated and dependent upon Real Interest Rate in China and India 9|Page
  • 10. 1.8 Need of study  This study will help out in identifying different consumer trends in India and China , as well as the demand pattern that affects the entire economy.  Understanding the relationship between consumption,expenditure and annual consumer demand.  Gives an Idea that how variables like GDP,GNP , Inflation and real interest rate would affect the consumer demand in this regions.  Regression and correlation analysis will help in establishing a cause and effect relationship to demonstrate the degree of association between independent variables ( indicators ) and consumer demand.  It will help economist to prioritize their indicators based on circumstances to achieve optimum consumer demand in India and China 1.9 Scope of study This research will give a broader and also in-depth scope for economist and central bank managers to device an effective monetary policies to regulate various macro-economic indicators such that the entire economy is benefited by an optimized consumer demand pattern. This patterns will give an overall picture on its granular level to its ground reality that will help in framing effective strategies to help achieve a booming economy.The cause affect analysis influence decision makers to keep a track on economy and macro-economic indicators so that they can set consumer demand on the right track in a balanced way keeping GDP and inflation under control. 1.10 Relevance to real world Industries in India and China is one of the competitive market catering to the global needs . This research supports the facts that market patterns in China and India as emerging nations having fluctuating due to factors like global slowdown, competitions and ability of consumers to accept and afford a particular product/service. This overall regulates the demand pattern. Affordability lies on several factors like inflation, annual disposable income and government expenditure to push money supply in the cash chain. This entire research will give a clarity on how various macro-economic variables, monetary policies that affects lively hood of consumers can result in fluctuation of consumer demand in India and China. On the same time it will give an Idea on two leading nations of Asia in terms of Economy and would help in summarizing the facts accounting almost the entire Asia. 10 | P a g e
  • 11. 1.11 Limitations of the study  This research is not taking all macro-economic variables into considerations and takes only major indicators into consideration for research.  The entire research will be concluded based on observation made by these indicators over a period of 30 years without making any forecast for future projections.  Marketing indicators like Competition, branding , marketing strategies, value for money and customers perception upon is not considered in this case.Purely financial indicators have been chosen.  The research focuses only on top most factors and revolves around it.  None of the micro-economic variables are taken into account with the fact that micro- economic variable would differ from Industry to Industry and hence would make it more complicated. Generalized data consisting only macro-economic variables has been considered.  No geographic or cluster wise observation has been made in controlled way to analyze if the consumer pattern is influenced and vary over different geographical location in India or China or if vary based on classes of cities,town etc.  This research itself may not conclude to solutions that will help in taking effective strategies, as the scope of this research generalizes on understanding determinants and factors affecting consumer demand. Further extensive research has to be done cluster wise based on geography, economy, market penetration, customer and macro-economic variable.  11 | P a g e
  • 12. 2. Review of Literature Shrabani Saha, Zhaoyong Zhang, (2012), mentions in his article “Do exchange rates affect consumer prices? A comparative analysis for Australia,China and India” that an important factor for consumer deamand in countries like Chian is highly influenced by exchange rate maechanism.In this case a comparative study was made to explore the domestic prices in India,China and Australia and they found that inflation and monetary plicies played a vital role in deciding the faith of consumer demand. McConnell and Servaes in 1990 have published their study on Journal of Financial Economics. (1990) 1173 US firms in 1976 and 1093 US firms in 1986 listed on NYSE or AMEX has been chosen as samples. Their study is similar with Holdemess and Sheehan‟s study in 1988, consumer demand is set as Tobin‟s Q value and Inflation. By using OLS regression methods, their main results are “both measures of inflation and Interest rate directly relates to consumer demand..”(McConnell and Servaes, 1990) they also discover that there is a curve relationship between the consumer demand, shareholders and performance of company (Tobin‟s Q value). The proportion of inside shareholders from 0-40%, this curve is upward-sloping, but when the proportion reaches 40%-50%, this curve is downward-sloping. Consumers‟ demand is influenced as per (Ho and Wu, 1999, and Kim and Lim, 2001) as the extent to which consumers‟ perceptions of amount they want to spend confirm their against their disposable income.. Most consumers form expectations of the product, vendor, service, and quality These expectations influence their attitudes and intentions to shop at certain Internet store, and consequently their decision making processes and purchasing behaviour. If expectations are met, customers achieve a high degree of satisfaction, which influences their online shopping attitudes, intentions, decisions, and purchasing activity positively. In contrast, dissatisfaction is negatively associated with these four variables. Schaupp and Be‟langer (2005) using a conjoint analysis of consumer demand based on data collected from 188 young consumers found that the three most important attributes to consumers for online satisfaction are privacy, merchandising and convenience. These are followed by trust, delivery, usability, product quality, and security. Himmelberg, Hubbard and Palia (1999) have found further evidence to show the demand pattern I any country depends on the of ownership structure. They have used OLS and IV regressions; find endogeneity of managerial ownership caused by unobserved heterogeneity as opposed to reverse causality. After controlling for firm characteristics and firm fixed effects, they finally find no relation between managerial ownership and performance. This study further proofs the endogeneity of ownership structures. Myeong-Hyeon Cho (1998) use the data of 500 manufacturing companies study the relationship between consumer demand and the performance of company. The results from their simultaneous equation regression show the investment will firstly influence the value of company, and then influence the 12 | P a g e
  • 13. demand for consumers Dahai Fu,Yanrui Wu,Yihong Tang,2009, "The effects of oil & gas ownership structure and industry characteristics in china", The western Australian University. The paper of Miyazaki and Fernandez (2001) explores risk perceptions among consumers of varying level of internet experience and examine how these perceptions relate to their spending activity. The study provides evidence of relationships among consumers‟ the use of alternate remote purchasing methods, the perceived risks and purchasing activity. In addition, GDP and GNI are vital prerequisite at the macro level. It is not merely a result, but also a necessity for successful in a period of growing competition in financial markets. Thus, obtaining consumer demand is the basic aim of the management of banks, which is the crucial requirement for conducting any business (Bobáková, 2003: 21). At the macro level, a profitable banking sector is contributing the financial system‟s stability and better able to overcome negative effect. Like demand, suppy and consumer disposable income The importance of bank profitability at economy has made researchers, academics, bank managements and bank regulatory authorities (Athanasoglou et al., 2005: 5). Hussain and Bhatti, (2010),Internal drivers of consumer demand can be defined as factors that are influenced by a bank„s management decisions. Such management effects will definitely affect the operating results of banks. Although a quality management leads to a good bank performance, it is difficult, if not impossible, to assess management quality directly. In fact, it is implicitly assumed that such a quality will be reflected in the operating performance. As such, it is not uncommon to examine a bank„s performance in terms of those financial variables found in financial statements, such as the balance sheet and income statement. External determinants of bank profitability are factors that are beyond the control of a bank„s management. They represent events outside the influence of the bank. However, the management can anticipate changes in the external environment and try to position the institution to take advantage of anticipated developments. The two major components of the external determinants are macroeconomic factors and financial structure factors. 13 | P a g e
  • 14. 3. Research Methodology 3.1 Research Framework Figure 3.1 To identify the major factors that have an impact on Problem Definition consumer demand in India and China 1. To compare the difference in statistics of consumption expenditures for people in India and China. 2. To identify what specific reasons may lead to different consumer Research Objectives demand. 3. To analyze and discover how the factors influence consumer demand in these regions. Exploratory Research: Identifying the factors that impact Research Design consumer demand Causative Research:Statistically stating relationship between identified factors and consumer demand in India and china identified factors influence Source of Data Economy of other countries. Secondary Data Online Journals and review of literature Data Collection 30 years data from The World Bank, National Bureau of Statistics of China Data Analysis 1. Linear Regression Analysis (Primary) 2. Correlation Analysis 3. Descriptive statistics 4. Graphical Analysis Results & Discussion Conclusion 14 | P a g e
  • 15. 3.2 Type of Research 3.2.1 Exploratory Research: In such kind of research the cause or the outcome is not known and is difficult to identify the factors which may affect a particular variable. In such case a background research is done to identify certain set of indicators that may actually effect desired variables. In this case observations made from review of literature based on results derived by other authors in similar context has been used to identify the key indicators that would impact the consumer demand pattern in India and China. Once the identifiers were found further casual research was done to find out the relationship of those indicators with consumer demand pattern 3.2.2 Causal Research : In case of causal research a relationship is being established between dependent and independent variable that helps to derive a cause affect relationship. It indicates how change in any of the independent variable would significantly alter the dependent variable. In this type of research the degree of dependency/association is derived to establish how effectively the relationship holds true. In this research the motive is to find a relationship in between consumer demand and several macro-economic variables identified as indicators. It indicates how variable function F(Xt) affects variable Y(t) *Dependent variable : Y(t) , Consumer demand *Independent variable: F(Xt) Y(t) = F(Xt) + C,Where C is the constant value F(Xt) = Xt1 + Xt2 + Xt3 …… + Xtn 3.3 Sources of data 3.3.1 Secondary data:  Secondary data were gathered from various reliable sources available on websites through government portals like world bank, IMF, India and China statistics of Bureau etc.  Online journals were reviewed to frame the review of literature and find out what other authors have to say for the same research problem in similar context. It also gave an in depth- ideas on research, views, strategies , opinions and results derived by them. 15 | P a g e
  • 16.  IMF data helped in collecting several important macro-economic indicators in India and China.  Various monetary policies regulated by central bank in India and China helped out to understand the economy pattern in both of this countries. 3.4 Sampling of data 3.4.1 Nature of Sampling Probability Sampling: In case of probability sampling every sample picked up from a given pool of population will have likely equal chances to be selected. In other way in this sampling the population size is always known before starting a research 3.4.2 Sampling Type Fixed Sampling In fixed sampling method samples are already organized and instead of getting chosen randomly the samples are selected in an organized manner in a definite pattern/trend on given scale of time, space or based on certain priority, symmetry, preferences or over interval of year or against certain given interval of variables in increasing or decreasing order. The main fact which lies over here is that every sample in fixed sampling has an equal likely probability of lying anywhere on the pool of population. 3.4.3 Sample Size Sample size considered is over period of 30 years from 1981-2010 to get accurate figures. N = 30 3.5 Target Sample Target sample were collected from various official sites in two leading nations of Asia that were India and China. 16 | P a g e
  • 17. 3.6 Primary scales used 1. Nominal Scale: This scale is meant to define name based objects. In statistics usually strings like name, country, place etc. come under this category. This objects do not indicate any value and also an not be compared. It just holds an identity. In this case Name of country is a part of nominal scale. 2. Interval Scale : In this scale the object holds comparative values and are numerically equally distant on a given space of scale. In this research GNP per capital,GDP growth rate are measured on interval scale. 3. Ratio Scale In this the scale the objects holds a mathematical value which can be added, subtracted, multiplied and divided on a given space of scale. In this research inflation, annual savings, real interest rate, expenditure, CPI were measured on ratio scale. 3.7 Analysis tool used 3.7.1 Regression analysis In case of regression analysis a regression equation is formulated and derived from the scatter diagram plotted between dependent variable and independent variable where the equation defined the most likely trend of the scatter diagram and help in establishing relationship between dependent and independent variable. In this analysis it help to understand the scope of relationship such that the coefficient along with intercepts would express the equation and the value of “R” would clarify the degree of association, reliability and to what extent the relationship holds true. Equation is generally in the format Y = C + A1X1 + A2X2 + A3X3……… + ANXN ; C is a constant Chart 3.1 Regression plot 17 | P a g e
  • 18. Usual names for X and Y variables. Table 3.1 Context X Y General Predictors Responses Multiple Linear Regression Independent Dependent (MLR) Variables Variables Factors, Design Designed Data Responses Variables Spectroscopy Spectra Constituents *Dependent variable : Y(t) , Consumer demand *Independent variable: F(Xt) , macro-economic variables Y(t) = F(Xt) + C, Where C is the constant value F(Xt) = Xt1 + Xt2 + Xt3 …… + Xtn 18 | P a g e
  • 19. 3.7.2 Correlation Analysis Correlation analysis helps in identifying the degree of association between any two random variables in given range of time or space. Correlation coefficient ( r) helps to express this degree of association where r will always lie between +1 to -1.R value close to -1 or +1 indicates that the two variables are highly associated, r=1 or -1 mean both the random variable are fully correlated where r =0 means the random variables are not at all associated. If value of r is positive than that means the slope of the equation of both the variables on time or space is same, which means when one variable increases it will influence the rise of other variable. In short both of them are directly proportional. If r value is positive than it shows that both the variables are directly proportional. If value of r is negative than that means that the slope of the equation of both the variables on time or space is opposite to each other which means when one variable increases it will influence fall of other variable. In short both of them are inversely proportional. In such cases it is also called as to be inversely correlated. Chart 3.2 19 | P a g e
  • 20. 3.7.3. Descriptive statistics Descriptive statistics help to define that how a particular pool of distribution of data would bear certain characteristics. Central tendencies like mean, median, mode and dispersions like standard deviations, variance, range would be given vital important in this research analysis. There are three main central tendencies that are mean, median and mode. Mean is the statistical average of a sample of distribution. Median is the point on scale where 50% of observation lies above it and 50% of observation below it and mode is the data that have maximum frequency or maximum occurrence on the distribution. It is possible that a set of distribution may have more than one mode. 3.7.4 Graphical Analysis It explains and figure outs the trend of any set of data over a given time or space to get clarity on the nature of data through various graphical analysis and tools like pie chart, bar chart, scatter diagram etc. 3.8 Overview of work 1. Secondary data were gathered from various reliable sources available on websites through government portals like world bank, IMF, India and China statistics of Bureau etc. background analysis were done from online journals. Articles from several authors were reviewed to frame the review of literature and find out what other authors have to say for the same research problem in similar context. It also gave an in depth- ideas on research, views, strategies , opinions and results derived by them. IMF data helped in collecting several important macro-economic indicators in India and China. Various monetary policies regulated by central bank in India and China helped out to understand the economy pattern in both of this countries. 2. Research framework was developed that clearly outlined the problem statement, questions frequently raised by economists, purpose of research, the scope, need and with clarified objective. Null hypothesis were also formed to lay foundation to research approach. 3. Analysis tools were used to carry statistical modeling. Collected data were inserted as input into spss software to analyze and undergo regression, correlation analysis and descriptive statistics. Graphical analysis were also done. 4. All output obtained were inferred and results were discussed briefly to get an idea on the research objective composed. Final Results, key findings , hypothesis acceptance and conclusion were noted down with its implications to real world. Limitations were mentioned and also the future scope for research were underlined. 5. All missing value in data while analysis will replaced by mean value using spss software. 20 | P a g e
  • 21. 4.Analysis 4.1 Data set for China Table 4.1 Average GNI per Adjusted Adjusted Annual capital, savings: savings: Inflation, Consumer GDP Atlas education Health CPI gross Consum Real Demand growt Method expenditure expenditure growth savings er Price Interest Year ($) h (%) ($) (% of GNI) per capita ($) (%) (% of GNI) % Rate 2.68588 1981 2534 5.2 220 2.1 2.4 1 7.46854 1982 2745 9.1 220 2.2 1.9 36.2 6 6.13838 1983 3216 10.9 220 2.1 1.5 35.9 4 2.15730 1984 3865 15.2 250 2.1 2.8 35.5 3 - 1985 4738 13.5 280 2.0 9.3 34.5 2.07249 3.02780 1986 5189 8.8 310 2.1 6.5 36.0 6 7.21998 2.62650 1987 6124 11.6 320 1.9 7.3 37.1 58 2 18.7364 - 1988 7986 11.3 330 1.9 18.8 36.7 27 2.74994 18.3330 2.60734 1989 8794 4.1 320 1.9 18.0 36.0 44 8 3.05831 3.32725 1990 9543 3.8 330 1.8 3.1 39.4 07 3 3.54357 1.67583 1991 10367 9.2 350 1.8 3.4 39.5 53 6 6.34034 0.37189 1992 12567 14.2 390 1.7 6.4 39.0 49 6 14.5832 - 1993 16457 14.0 410 1.7 14.7 41.9 66 3.59723 24.2370 - 1994 22398 13.1 460 2.1 24.1 43.5 88 7.98242 16.8970 - 1995 28765 10.9 530 2.0 21.3 17.1 42.8 64 1.47381 8.32401 3.42426 1996 34984 10.0 650 2.0 26.7 8.3 41.9 51 5 2.80684 7.02088 1997 27126 9.3 750 2.0 31.2 2.8 42.3 32 1 - 0.84462 7.31130 1998 39780 7.8 790 2.0 35.7 -0.8 40.9 6 3 21 | P a g e
  • 22. - 1.40789 7.19506 1999 42003 7.6 840 1.8 38.9 -1.4 38.8 2 7 0.25530 3.71124 2000 43632 8.4 930 1.8 43.7 0.4 37.3 48 1 0.72290 3.72073 2001 45994 8.3 1000 1.8 47.5 0.7 38.1 25 5 - 0.76594 4.69835 2002 48345 9.1 1100 1.8 54.4 -0.8 40.7 9 5 1.15590 2.62977 2003 49823 10.0 1270 1.8 61.4 1.2 44.2 97 6 3.88418 - 2004 63971 10.1 1500 1.8 70.3 3.9 46.9 26 1.24664 1.82164 1.58785 2005 70065 11.3 1740 1.8 80.6 1.8 48.4 78 1 1.46318 2.24930 2006 81995 12.7 2040 1.8 93.4 1.5 51.7 9 1 4.75029 - 2007 90003 14.2 2480 1.8 114.5 4.8 51.8 66 0.12265 5.86438 - 2008 110012 9.6 3040 1.8 156.6 5.9 53.0 37 2.30789 - 0.70294 5.93857 2009 121632 9.1 3620 1.8 191.3 -0.7 53.4 9 8 3.31454 - 2010 137321 10.4 4240 1.8 220.9 3.3 52.7 59 0.81934 Source: The World Bank, National Bureau of Statistics of China,TradeEconomics 4.2 Regression Analysis for China 4.2.1 Dependent Variable: Cc : Annual Consumer Demand in China 4.2.2 Independent variable Gc : GDP growth in China GNc: GNI per capital in china Ec : education Expenditure in china Hc : Health Expenditure in china CPc : CPI Index in china 22 | P a g e
  • 23. Sc : Gross Saving in china Ic : Inflation in china Rc : Real Interest in china Table 4.2 Model Summary(b) Change Statistics Adjusted R Std. Error of R Square Model R R Square Square the Estimate Change F Change df1 df2 Sig. F Change 1 .997(a) .994 .986 4025.76863 .994 134.422 8 7 .000 a Predictors: (Constant), Rc, Ec, Hc, Gc, CPC, Sc, Gnc, Ic b Dependent Variable: Cc In this table we concentrate on R square value. We expect R square value to ne close to 0 and less than 0.5 ( 0 < R square < 0.5 ). If the condition is satisfied than the entire regression analysis established hold true and cause affect relationship among dependent and independent variables can be derived and stated. In this case the relationship holds true up to 99.4% of the cases. Table 4.3 ANOVA(b) Sum of Model Squares df Mean Square F Sig. 1 Regression 174283782 2178547282.5 8 134.422 .000(a) 60.019 03 Residual 113447691 7 16206813.060 .419 Total 175418259 15 51.438 a Predictors: (Constant), Rc, Ec, Hc, Gc, CPC, Sc, Gnc, Ic b Dependent Variable: Cc In this table we concentrate on the significance level. The significance level p should always be less than 0.05 ( p < 0.05 ). If the condition is satisfied then the established regression equation is significant enough to support the relationship between dependent and independent variable. In this case the regression equation is fully significant as t = 0.000 < 0.05. 23 | P a g e
  • 24. Chart 4.1 Table 4.4 Coefficients(a) Unstandardized Standardized Coefficients Coefficients Model B Std. Error Beta T Sig. 1 (Constant) 63418.990 51796.577 1.224 .030 Gc -2387.999 2096.492 .122 -1.139 .022 Gnc 62.387 40.884 2.066 1.526 .001 Ec 29796.861 27039.841 .078 -1.102 .037 Hc -666.946 738.302 1.184 -.903 .039 CPc 3493.113 20303.581 .472 .172 .0868 Sc 680.146 580.817 .115 1.171 .0280 Ic -3382.086 20527.320 -.454 -.165 .0074 Rc -303.024 863.563 -.029 -.351 .0736 a Dependent Variable: Cc 24 | P a g e
  • 25. Evaluation of entire output  In this analysis R square value clearly states that the relationship holds true for 99.4% of cases.  In case of T-test The significance level t should always be greater than 0.5 ( | t | > 0.5 ). If the condition is satisfied then the established independent variable is significant enough to support the relationship with independent variable. In this case except the variable CPc ( capital index ) all other variables pass the criteria. Hence price index is rejected is not considered for regression analysis at it does not hold true for the relationship.  In case of F-test Significance Level the p-values should always be less than 0.05 ( p < 0.05) . In the above Cpc, and Rc are rejected as they are not significant. However variable Gc,Gnc,Hc,Ec,Sc pass on the criteria can readily establish a relationship among each other.  B value & C Value: Independent variables Gnc, Ec,Sc are positively related with consumer demand where as Gc,Hc, Ic are negatively related. 4.2.3 Regression Equation Cc = F ( X) + C Where C = 63418.990 F ( X ) == -2387.99 Gc + 62.37 Gnc + 29796.861 Ec – 666.946 Hc + 680.146 Sc – 3382.086 Ic 4.2.4 Interpretation  Independent macro- economic factor like GNP per capital, expenditure in Education and annual saving were found to be directly proportional to average annual consumer demand in china. More is the GNP, Educational , expenditure and savings higher will be thedemand level Cc α Gnc,Ec,Sc  Independent macro- economic factor like Factors like GDP, , expenditure in Health care and Inflation were found to be inversely proportional to average annual consumer demand in china. More is the GDP, health care , expenditure and inflation lesser will be the demand level Cc α 1 / ( Gnc,Ec,Sc)  CPI and Real Interest have no impact on annual consumer demand in china.  Inflation, , expenditure in education and GDP growth rate has the highest impact on the consumer demand level and thus it has to be top preference when demand would fluctuate. Moreover focusing on GNP per capital will have least impact on consumer demand level. 25 | P a g e
  • 26. 4.3 Correlation Analysis for China 4.3.1 Correlation Variable: Cc : Annual Consumer Demand in China Gc : GDP growth in China GNc: GNI per capital in china Ec : Education Expenditure in china Hc : Health Expenditure in china CPc : CPI Index in china Sc : Gross Saving in china Ic : Inflation in china Rc : Real Interest in china Table 4.5 Correlations Cc Gc Gnc Ec Hc CPC Sc Ic Rc Cc Pearson 1 .072 .982(**) -.500(**) .989(**) -.316 .913(**) -.433(*) -.066 Correlation Sig. (2-tailed) .704 .000 .005 .000 .089 .000 .035 .729 N 30 30 30 30 16 30 29 24 30 Gc Pearson .072 1 .080 -.044 .264 .229 .153 .244 -.488(**) Correlation Sig. (2-tailed) .704 .675 .818 .322 .223 .428 .251 .006 N 30 30 30 30 16 30 29 24 30 Gnc Pearson .982(**) .080 1 -.455(*) .998(**) -.300 .891(**) -.384 -.077 Correlation Sig. (2-tailed) .000 .675 .011 .000 .108 .000 .064 .685 N 30 30 30 30 16 30 29 24 30 Ec Pearson -.500(**) -.044 -.455(*) 1 -.509(*) .180 -.445(*) .464(*) .155 Correlation Sig. (2-tailed) .005 .818 .011 .044 .342 .016 .023 .414 N 30 30 30 30 16 30 29 24 30 Hc Pearson .989(**) .264 .998(**) -.509(*) 1 -.135 .841(**) -.132 -.373 Correlation Sig. (2-tailed) .000 .322 .000 .044 .619 .000 .626 .155 N 16 16 16 16 16 16 16 16 16 CPC Pearson -.316 .229 -.300 .180 -.135 1 -.160 1.000(**) -.739(**) Correlation Sig. (2-tailed) .089 .223 .108 .342 .619 .407 .000 .000 N 30 30 30 30 16 30 29 24 30 26 | P a g e
  • 27. Sc Pearson .913(**) .153 .891(**) -.445(*) .841(**) -.160 1 -.235 -.222 Correlation Sig. (2-tailed) .000 .428 .000 .016 .000 .407 .269 .248 N 29 29 29 29 16 29 29 24 29 Ic Pearson -.433(*) .244 -.384 .464(*) -.132 1.000(**) -.235 1 -.741(**) Correlation Sig. (2-tailed) .035 .251 .064 .023 .626 .000 .269 .000 N 24 24 24 24 16 24 24 24 24 Rc Pearson -.066 -.488(**) -.077 .155 -.373 -.739(**) -.222 -.741(**) 1 Correlation Sig. (2-tailed) .729 .006 .685 .414 .155 .000 .248 .000 N 30 30 30 30 16 30 29 24 30 Evaluation of Output In above analysis we look for significance level first. The significance level p should always be less than 0.05 ( p < 0.05 ). If the condition is satisfied then the established correlation between two variable is significant enough to support the association among each other. Next we look for coefficient value R which should be greater than ( R > 0.75 ) to support a strong correlation. Pearson method of correlation was applied. Consumer Demand :Cc  Strongly & Positively correlated to Invsetment per head ( Ih )  Strongly & Positively correlated to education spending per head( Eh )  Strongly & Positively correlated to Internet uers( I )  Positively correlated to L, urban population ( Up ), working population ( Wp ), Life expectancy ( Lf ),SSE, SLE Derived Result The consumer demand in china is very strongly associated with , expenditure in healthcare showing that utmost preference should be given to this factors with a success rate of 98.9%, followed by GNP per capital, which also accounts for 98.35% suggesting and important parameter to be taken care to have a control over annual consumer demand. Also annual saving is strongly correlated with a correlation coefficient of 91.3% stating that it is strongly associated and can alter any changes in consumer demand. 4.3.2 Interpretation 27 | P a g e
  • 28. GNP per capital should be given the highest preference and should be the prime focused indicator while keep track of consumer demand. , expenditure in health care and also annual saving should be given priority as both of this variables are responsible for fluctuating consumer demand to a large extent. Other factors like , expenditure in education sector,CPI and inflation should be taken into consideration but can be given low priority as they weekly influence consumer demand in china. Certain variables like GDP growth rate and Real interest rate can be avoided and is not found to influence consumer demand. 4.4 Descriptive Statistics for China Table 4.6 Descriptive Statistics Cc Gc Gnc Ec Hc CPc Sc Ic Rc N Valid 30 30 30 30 16 30 29 24 30 Missing 0 0 0 0 14 0 1 6 0 Mean 38599.1 1031.00 10.0933 1.9000 80.5250 5.6067 41.9345 5.9830 1.9734 333 00 Median 27945.5 590.000 10.0000 1.8000 57.9000 3.2000 40.7000 3.4291 2.6169 000 0 Mode 2534.00( 9.10 220.00 1.80 21.30(a) -.80(a) 36.00(a) -1.41(a) -7.98(a) a) Std. Deviation 37971.6 1062.96 2.83110 .13896 60.69755 6.58975 5.95868 7.22095 3.66405 9462 381 Sum 1157974 30930.0 302.80 57.00 1288.40 168.20 1216.10 143.59 59.20 .00 0 a Multiple modes exist. The smallest value is shown Interpretation The average value ( mean value ) for consumer demand over a period of 1981-2010 has been 38399.1333 . The chances of dispersion that the value would vary or spread out from its mean is 37926 also called the standard deviation. In distribution more than 50% of observation lies above 27945.5and 50% of observation lies below 27945.5. The value with highest frequency ( mode ) is 2534.00. The average value ( mean value ) for GDP growth over a period of 1981-2010 has been 10.0933The chances of dispersion that the value would vary or spread out from its mean is 2.83 also called the standard deviation. In distribution more than 50% of observation lies above 10 and 50% of observation lies below 10. The value with highest frequency ( mode ) is 9.2 The average value ( mean value ) for GNP per capital over a period of 1981-2010 has been 1031. The chances of dispersion that the value would vary or spread out from its mean is 1062.96381also called the standard deviation. In distribution more than 50% of observation lies 28 | P a g e
  • 29. above 590and 50% of observation lies below 590. The value with highest frequency ( mode ) is 220.00. The average value ( mean value ) for Annual Saving over a period of 1981-2010 has been 41.9345. The chances of dispersion that the value would vary or spread out from its mean is 5.95868 also called the standard deviation. In distribution more than 50% of observation lies above 40.7000 and 50% of observation lies below 40.7000. The value with highest frequency ( mode ) is 5.95868. The average value ( mean value ) for Inflation over a period of 1981-2010 has been 5.9830. The chances of dispersion that the value would vary or spread out from its mean is 7.22095 also called the standard deviation. In distribution more than 50% of observation lies above 3.4291 and 50% of observation lies below 3.4291. The value with highest frequency ( mode ) is -7.98. 4.5 Graphical Analysis for China Chart 4.2 250.0 GDP growth (%) 200.0 Adjusted savings: education expenditure (% 150.0 of GNI) Health expenditure per capita ($) 100.0 CPI growth (%) 50.0 Adjusted savings: gross savings (% of GNI) 0.0 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 3009 2010 -50.0 Inflation, Consumer Price % Year Table 4.7 GNI per Adjusted Adjusted capital, savings: Health savings: Average Atlas education expenditure CPI gross Inflation, Consumer GDP growth Method expenditure per capita growt savings Consumer Year Demand (%) ($) (% of GNI) ($) h (%) (% of GNI) Price % 0.255304 2000 45632 8.4 930 1.8 43.7 0.4 37.3 8 3.314545 2010 137321 10.4 4240 1.8 220.9 3.3 52.7 9 Growth 355.9139 1198.270 % 200.93136 23.80952381 785 0 405.18176 725 41.235638 2 Interpretation 29 | P a g e
  • 30. The trend analysis from 1999-2010 shows that GNP has grown significantlyand have almost been 4.5 times of what it was in 1999. GDP growth rate had been constantly rising from 1999- 2008. In 2008 due to economic depression the GDP fell down put picked up again from 2009. The expenditure in education remained constant where expenditure in health care kept on rising and grew by 5 times .Annual saving have grown to 41% since 1999.However CPI, Inflation and real interest rate kept on fluctuating based on the monetary policies set by central bank. GDP growth rate also had grown by 23% in this period. 4.6 Data set for India Table 4.8 Adjusted GNI per Adjusted savings: capital, savings: Health gross Average GDP Atlas education expenditure CPI savings Inflation, Real Consumer growth Method expenditure per capita growth (% of Consumer Interest Year Demand (%) ($) (% of GNI) ($) (%) GNI) Price % Rate 1981 6.0 300 3.1 13.1 21.1 13.1151 5.118237 1982 3.5 290 3.1 7.9 20.5 7.887271 7.774707 1983 7.3 290 3.2 11.9 18.5 11.86886 7.320987 1984 3.8 290 3.4 8.3 20.8 8.32158 7.9471 1985 5.3 300 3.5 5.6 21.9 5.555556 8.681674 1986 4.8 320 3.4 8.7 21.8 8.730811 9.093224 1987 4.0 360 3.2 8.8 21.1 8.798689 6.56018 1988 1567 9.7 400 3.7 9.4 22.3 9.384776 7.638633 1989 1765 6.0 400 4.0 3.3 22.7 3.26256 7.435843 1990 1872 5.5 390 3.9 9.0 22.6 8.971234 5.269527 1991 1943 1.1 350 3.7 13.9 22.2 13.87025 3.624717 1992 1988 5.5 350 3.6 11.8 23.5 11.78782 9.132749 1993 2056 4.8 330 3.5 6.4 22.1 6.362039 5.814777 1994 2212 6.7 350 3.5 10.2 24.8 10.2115 4.33711 1995 2399 7.6 370 3.3 16.5 10.2 26.9 10.22489 5.864178 1996 2532 7.5 410 3.2 16.5 9.0 23.1 8.977149 7.792994 1997 2639 4.0 420 3.5 19.2 7.2 25.4 7.164254 6.909579 1998 2834 6.2 420 3.8 19.3 13.2 22.8 13.23084 5.121276 1999 2956 8.5 440 4.4 19.3 4.7 26.2 4.669821 9.398475 2000 3067 4.0 450 3.8 20.7 4.0 25.4 4.009434 8.332154 2001 3287 5.0 460 3.8 22.1 3.7 25.7 3.684807 8.625162 2002 3435 4.0 470 3.8 22.4 4.4 26.9 4.3922 7.911236 2003 3956 8.0 530 3.8 24.7 3.8 28.6 3.805866 7.287253 2004 4023 7.8 620 3.8 26.5 3.8 33.3 3.767238 4.705205 30 | P a g e
  • 31. 2005 5356 9.3 730 3.1 30.0 4.2 34.3 4.246353 6.248326 2006 5634 9.3 810 3.1 33.1 6.1 35.0 6.145522 4.477361 2007 6052 9.8 950 3.1 40.4 6.4 36.9 6.369997 6.869161 2008 6324 3.9 1030 3.1 43.1 8.4 33.0 8.351816 4.277249 2009 7126 8.2 1150 3.1 44.3 10.9 34.5 10.87739 5.872688 2010 7589 9.6 1260 3.1 54.2 12.0 34.0 11.9923 -0.13571 Source: The World Bank, National Bureau of Statistics of China,TradeEconomics 4.7 Regression Analysis for India 4.7.1 Dependent Variable: Ci : Annual Consumer Demand in India 4.7.2 Independent variable Gi : GDP growth in India GNi: GNI per capital in India Ei : ducation Expenditure in India Hi : Health Expenditure in India CPi : CPI Index in India Si : Gross Saving in India Ii : Inflation in India Ri : Real Interest in India Table 4.9 Model Summary Adjusted R Std. Error of Model R R Square Square the Estimate 1 .994(a) .987 .976 272.04337 a Predictors: (Constant), Ri, Gi, Ei, CPi, Hi, Si, Gni In this table we concentrate on R square value. We expect R square value to be close to 0 and less than 0.5 ( 0 < R square < 0.5 ). If the condition is satisfied than the entire regression 31 | P a g e
  • 32. analysis established hold true and cause affect relationship among dependent and independent variables can be derived and stated. In this case the relationship holds true upto 98.7% of the cases which is far better than previous case. Table 4.10 ANOVA(b) Sum of Model Squares df Mean Square F Sig. 1 Regression 45205839. 7 6457977.026 87.261 .000(a) 180 Residual 592060.75 8 74007.595 7 Total 45797899. 15 938 a Predictors: (Constant), Ri, Gi, Ei, CPi, Hi, Si, Gni b Dependent Variable: Ci In this table we concentrate on the significance level. The significance level p should always be less than 0.05 ( p < 0.05 ). If the condition is satisfied then the established regression equation is significant enough to support the relationship between dependent and independent variable. In this case the regression equation is fully significant as t = 0.000 < 0.05. Chart 4.3 Table 4.11 Coefficients(a) 32 | P a g e
  • 33. Unstandardized Standardized Coefficients Coefficients Model B Std. Error Beta T Sig. 1 (Constant) 611.805 2131.490 .687 .058 Gi 28.501 44.067 .036 .647 .043 Gni 5.004 2.788 .842 1.795 .010 Ei -125.302 279.514 -.029 -.548 .066 Hi 15.887 65.818 .105 .241 .0815 CPi -47.501 47.937 -.088 -.991 .0351 Si 17.690 50.047 .048 .753 .0333 Ri 3.390 61.895 .004 .055 .0958 a Dependent Variable: Ci Evaluation of entire output  In this analysis R square value clearly states that the relationship holds true for 98.7% of cases.  In case of T-test The significance level t should always be greater than 0.5 ( | t | > 0.5 ). If the condition is satisfied then the established independent variable is significant enough to support the relationship with independent variable. In this case except the variable Hi and Ri all other variables pass the criteria. Hence expenditure in health care and Real Interest rate is rejected and is not considered for regression analysis at it does not hold true for the relationship.  In case of F-test Significance Level the p-values should always be less than 0.05 ( p < 0.05) . In the above Hi,Ei and Ri are rejected as they are not significant. However variable Gi,Gni, Cpi,Si pass on the criteria can readily establish a relationship among each other.  B value & C Value: Independent variables Gi,Gni, Si are positively related with consumer demand whereas Cpiis negatively related. 4.7.3 Regression Equation Cc = F ( X) + C Where C = 611.805 F(X) = 28.5 Gi + 5 Gni - 47.501 CPi + 17.690 Si 4.7.4 Interpretation 33 | P a g e
  • 34.  Independent macro- economic factor like GDP growth rate, GNP per capital, and annual saving were found to be directly proportional to average annual consumer demand in India. More is the GDP growth, GNP, and savings higher will be the demand level Cc α Gi,Gni,Si  Independent macro- economic factor like CPI was found to be inversely proportional to average annual consumer demand in India. More is the CPI lesser will be the demand level Cc α 1 / CPi  Real Interest rate, expenditure ine education and helath care have no impact on annual consumer demand in India.  CPI, GDP growth and annual saving has the highest impact on the consumer demand level and thus it has to be top preference when demand would fluctuate. Moreover focusing on GNP per capital will have least impact on consumer demand level. 4.8 Correlation Analysis for India 4.8.1 Correlation Variable: Ci : Annual Consumer Demand in India Gi : GDP growth in India GNi: GNI per capital in India Ei : Education Expenditure in India Hi : Health Expenditure in India CPi : CPI Index in India Si : Gross Saving in India Ii : Inflation in India Ri : Real Interest in India Table 4.12 34 | P a g e
  • 35. Correlations Ci Gi Gni Ei Hi CPi Si Ii Ri Ci Pearson 1 .443(*) .966(**) -.413(*) .981(**) .011 .921(**) -.026 -.392 Correlation Sig. (2-tailed) .030 .000 .045 .000 .958 .000 .906 .058 N 24 24 24 24 16 24 23 23 24 Gi Pearson .443(*) 1 .494(**) -.069 .383 -.069 .561(**) -.097 -.136 Correlation Sig. (2-tailed) .030 .005 .712 .143 .713 .001 .610 .465 N 24 31 31 31 16 31 30 30 31 Gni Pearson .966(**) .494(**) 1 -.191 .992(**) .034 .886(**) -.027 -.443(*) Correlation Sig. (2-tailed) .000 .005 .302 .000 .857 .000 .889 .013 N 24 31 31 31 16 31 30 30 31 Ei Pearson - Correlation -.413(*) -.069 -.191 1 -.611(*) -.103 -.261 .369( .454(*) *) Sig. (2-tailed) .045 .712 .302 .012 .582 .163 .045 .010 N 24 31 31 31 16 31 30 30 31 Hi Pearson .981(**) .383 .992(**) -.611(*) 1 .312 .819(**) .310 -.710(**) Correlation Sig. (2-tailed) .000 .143 .000 .012 .240 .000 .243 .002 N 16 16 16 16 16 16 16 16 16 CPi Pearson 1.00 .011 -.069 .034 -.103 .312 1 -.282 -.284 Correlation 0(**) Sig. (2-tailed) .958 .713 .857 .582 .240 .131 .000 .122 N 24 31 31 31 16 31 30 30 31 Si Pearson .921(**) .561(**) .886(**) -.261 .819(**) -.282 1 -.281 -.412(*) Correlation Sig. (2-tailed) .000 .001 .000 .163 .000 .131 .132 .024 N 23 30 30 30 16 30 30 30 30 Ii Pearson -.026 -.097 -.027 -.369(*) .310 1.000(**) -.281 1 -.423(*) Correlation Sig. (2-tailed) .906 .610 .889 .045 .243 .000 .132 .020 N 23 30 30 30 16 30 30 30 30 Ri Pearson - Correlation -.392 -.136 -.443(*) .454(*) -.710(**) -.284 -.412(*) .423( 1 *) Sig. (2-tailed) .058 .465 .013 .010 .002 .122 .024 .020 N 24 31 31 31 16 31 30 30 31 Evaluation of Output In above analysis we look for significance level first. The significance level p should always be less than 0.05 ( p < 0.05 ). If the condition is satisfied then the established correlation between two variable is significant enough to support the association among each other. Next we look for coefficient value R which should be greater than ( R > 0.75 ) to support a strong correlation. Pearson method of correlation was applied. Consumer Demand :Cc 35 | P a g e
  • 36. Strongly & Positively correlated to GNi per capital( Gni )  Strongly & Positively correlated to , expenditure in Health care( Hi )  Strongly & Positively correlated to Annual Saving( Si )  Weekly & Negatively correlated to , GDP growth rate ( Gi )  Weekly & Negatively correlated to expenditure on education( Ei )  Weekly & Negatively correlated to Real Interest rate( Ri )  Not correlated to GDP growth (Ii) Derived Result The consumer demand in china is very strongly associated with , expenditure in healthcare showing that utmost preference should be given to this factors with a success rate of 98.1%, followed by GNP per capital, which also accounts for 96.6% suggesting and important parameter to be taken care to have a control over annual consumer demand. Also annual saving is strongly correlated with a correlation coefficient of 92.1% stating that it is strongly associated and can alter any changes in consumer demand. 4.8.2 Interpretation GNP per capital should be given the highest preference and should be the prime focused indicator while keep track of consumer demand. , expenditure in health care and also annual saving should be given priority as both of this variables are responsible for fluctuating consumer demand to a large extent. Other factors like GDP growth rate , Real interest rate and expenditure in education sector, should be taken into consideration but can be given low priority as they weekly influence consumer demand in India. Certain variables like Inflation and CPI can be avoided and is not found to influence consumer demand. 4.9 Descriptive Statistics for India Table 4.13 Descriptive Statistics Ci Gi Gni Ei Hi CPi Si Ii Ri Mean 498.709 28.268 3547.7500 6.1903 3.4419 7.8290 25.9300 8.0013 6.3868 7 8 Median 400.000 23.550 2895.0000 6.0000 3.5000 8.3000 24.1500 8.3367 6.8692 0 0 Mode 290.00(a 16.50(a 1567.00(a) 4.00 3.10 3.80(a) 21.10(a) 3.26(a) -.14(a) ) ) Std. Deviation 1810.9901 268.660 11.514 2.22206 .42093 3.33008 5.26689 3.23095 2.12824 3 16 26 Sum 15460.0 85146.00 191.90 106.70 452.30 242.70 777.90 240.04 197.99 0 36 | P a g e
  • 37. Interpretation The average value ( mean value ) for consumer demand over a period of 1981-2010 has been 3547.7500. The chances of dispersion that the value would vary or spread out from its mean is 2895.0000 also called the standard deviation. In distribution more than 50% of observation lies above 2895.0000 and 50% of observation lies below 2895.0000. The value with highest frequency ( mode ) is 1567. The average value ( mean value ) for GDP growth over a period of 1981-2010 has been 6.1903. The chances of dispersion that the value would vary or spread out from its mean is 2.22 also called the standard deviation. In distribution more than 50% of observation lies above 6 and 50% of observation lies below 6. The value with highest frequency ( mode ) is 4 The average value ( mean value ) for GNP per capital over a period of 1981-2010 has been 1031. The chances of dispersion that the value would vary or spread out from its mean is 1810.99013 also called the standard deviation. In distribution more than 50% of observation lies above 2895.0000 and 50% of observation lies below 2895.0000.. The value with highest frequency ( mode ) is 1567.00 The average value ( mean value ) for Annual Saving over a period of 1981-2010 has been 24.1500. The chances of dispersion that the value would vary or spread out from its mean is 5.95868 also called the standard deviation. In distribution more than 50% of observation lies above 24.1500and 50% of observation lies below 24.1500. The value with highest frequency ( mode ) is 5.26689. The average value ( mean value ) for Inflation over a period of 1981-2010 has been 8.0013. The chances of dispersion that the value would vary or spread out from its mean is 8.3367 also called the standard deviation. In distribution more than 50% of observation lies above 8.3367and 50% of observation lies below 8.3367. The value with highest frequency ( mode ) is 3.26. 4.10 Graphical Analysis for India Table 4.7 Adjusted GNI per Adjusted savings: capital, savings: Health gross Average GDP Atlas education expenditure CPI savings Inflation, Consumer growth Method expenditure per capita growth (% of Consumer Year Demand (%) ($) (% of GNI) ($) (%) GNI) Price % 2000 3067 4.0 450 3.8 20.7 4.0 25.4 4.009434 2010 7589 9.6 1260 3.1 54.2 12.0 34.0 11.9923 Growth % 147 140 180 -18 162 200 34 199 Chart 4.4 37 | P a g e
  • 38. 60.0 50.0 GDP growth (%) Adjusted savings: education expenditure 40.0 (% of GNI) Health expenditure per capita ($) 30.0 CPI growth (%) 20.0 Adjusted savings: gross savings (% of GNI) 10.0 Inflation, Consumer Price % 0.0 Real Interest Rate 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 -10.0 Year Interpretation The trend analysis from 1999-2010 shows that GNI has grown significantly and have almost been 2.8 times of what it was in 1999. GDP growth rate had been constantly rising from 1999- 2008. In 2008 due to economic depression the GDP fell down put picked up again from 2009.T The expenditure in education remained constant where expenditure in health care kept on rising and grew by 1.6 times .Annual saving have grown to 34% since 1999.However CPI, Inflation and real interest rate kept on fluctuating based on the monetary policies set by central bank. 4.11 Comparison of India and China 38 | P a g e
  • 39. Expenditure in India and China 250.0 200.0 150.0 Expenditure Education expenditure China Education expenditure India 100.0 Health Care expenditure China Health Care expenditureIndia 50.0 0.0 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 Year Coming to expenditure pattern both were found same in India and China. In both the cases The expenditure in education remained constant where expenditure in health care kept on rising. All other trend too were similar like in both cases GNI, Annual savings, Consumer Demand kept on rising where as CPI, Inflation and real interest rate kept on fluctuating based on the monetary policies set by central bank. Surprisingly in both India and China the GDP growth rate had been constantly rising from 1999-2008. In 2008 due to economic depression the GDP fell down put picked up again from 2009 In case of India GDP is positively related where as in case of China GDP growth is negatively related to annual consumer demand. In case of China , CPI and Real Interest have no impact on annual consumer demand in china. Inflation, , expenditure in education and GDP growth rate has the highest impact on the consumer demand level 39 | P a g e
  • 40. and thus it has to be top preference when demand would fluctuate. Moreover focusing on GNP per capital will have least impact on consumer demand level. In case of India , GNP per capital should be given the highest preference and should be the prime focused indicator while keep track of consumer demand. , expenditure in health care and also annual saving should be given priority as both of this variables are responsible for fluctuating consumer demand to a large extent. Other factors like GDP growth rate , Real interest rate and expenditure in education sector, should be taken into consideration but can be given low priority as they weekly influence consumer demand in India. Certain variables like Inflation and CPI can be avoided and is not found to influence consumer demand. 40 | P a g e