06073 Topic: M2 Analysis Assignment Number of Pages: 2 (Double Spaced) Number of sources: 1 Writing Style: APA Type of document: Coursework Academic Level:High School Category: Mathematics VIP Support: N/A Language Style: English (U.S.) Order Instructions: We will be using Excel to simulate a normal distribution with a mean of 300 and a standard deviation of 9. Please note there are five parts to this question. 1.n Start of Questions We will be using Excel to simulate a normal distribution with a mean of 300 and a standard deviation of 9. Please note there are five parts to this question. First, generate a random sample of 14 data points from a normally distribution population (using the =invnorm command in Excel). Create a histogram where the first bin starts at 275.25 and the width of each bin is 4.5. You can have your last bin be 320.25. Save that histogram as an image file and attach it here. (Your image file should be .png, .jpg, or .bmp.) 2.Second, generate a random sample of 60 data points from a normally distribution population (using the =invnorm command in Excel). Create a histogram where the first bin starts at 275.25 and the width of each bin is 4.5. You can have your last bin be 320.25. Save that histogram as an image file and attach it here. (Your image file should be .png, .jpg, or .bmp.) 3.Next, generate a random sample of 320 data points from a normally distribution population (using the =invnorm command in Excel). Create a histogram where the first bin starts at 275.25 and the width of each bin is 4.5. You can have your last bin be 320.25. Save that histogram as an image file and attach it here. (Your image file should be .png, .jpg, or .bmp.) 4.Then, generate a random sample of 1700 data points from a normally distribution population (using the =invnorm command in Excel). Create a histogram where the first bin starts at 275.25 and the width of each bin is 4.5. You can have your last bin be 320.25. Save that histogram as an image file and attach it here. (Your image file should be .png, .jpg, or .bmp.) Then Answer this question :In as much detail as possible, explain what you've noticed as the sample size increased. You should address the distribution of the sample. You will be graded on the completeness of your answer. Remember, you can record audio of your explanation if you'd prefer that over typing. You should attach that audio in the entry box below. 5.We will be using Excel to simulate the number of left-handed people in a particular sample. Left-handed people make up about 10% of the population. We will randomly pick numbers between 1 and 10, where 1 represents a left-handed person and 2 - 10 represents a right-handed person. This should result in about 10% of our sample being left-handed. Please note there are five parts to this question. First, generate a random sample of 6 data points (1-10). To easily determine how many lefties are in the sample, you can use the command =countif(range, 1).

1. 06073 Topic: M2 Analysis Assignment
Number of Pages: 2 (Double Spaced)
Number of sources: 1
Writing Style: APA
Type of document: Coursework
Academic Level:High School
Category: Mathematics
VIP Support: N/A
Language Style: English (U.S.)
Order Instructions:
We will be using Excel to simulate a normal distribution with a
mean of 300 and a standard deviation of 9. Please note there are
five parts to this question.
1.n
Start of Questions

2. We will be using Excel to simulate a normal distribution with a
mean of 300 and a standard deviation of 9. Please note there are
five parts to this question.
First, generate a random sample of 14 data points from a
normally distribution population (using the =invnorm command
in Excel). Create a histogram where the first bin starts at 275.25
and the width of each bin is 4.5. You can have your last bin be
320.25. Save that histogram as an image file and attach it here.
(Your image file should be .png, .jpg, or .bmp.)
2.Second, generate a random sample of 60 data points from a
normally distribution population (using the =invnorm command
in Excel). Create a histogram where the first bin starts at 275.25
and the width of each bin is 4.5. You can have your last bin be
320.25. Save that histogram as an image file and attach it here.
(Your image file should be .png, .jpg, or .bmp.)
3.Next, generate a random sample of 320 data points from a
normally distribution population (using the =invnorm command
in Excel). Create a histogram where the first bin starts at 275.25
and the width of each bin is 4.5. You can have your last bin be
320.25. Save that histogram as an image file and attach it here.
(Your image file should be .png, .jpg, or .bmp.)
4.Then, generate a random sample of 1700 data points from a
normally distribution population (using the =invnorm command
in Excel). Create a histogram where the first bin starts at 275.25
and the width of each bin is 4.5. You can have your last bin be
320.25. Save that histogram as an image file and attach it here.
(Your image file should be .png, .jpg, or .bmp.)
Then Answer this question :In as much detail as possible,
explain what you've noticed as the sample size increased. You
should address the distribution of the sample. You will be
graded on the completeness of your answer. Remember, you can

3. record audio of your explanation if you'd prefer that over
typing. You should attach that audio in the entry box below.
5.We will be using Excel to simulate the number of left-handed
people in a particular sample. Left-handed people make up
about 10% of the population. We will randomly pick numbers
between 1 and 10, where 1 represents a left-handed person and 2
- 10 represents a right-handed person. This should result in
about 10% of our sample being left-handed. Please note there
are five parts to this question.
First, generate a random sample of 6 data points (1-10). To
easily determine how many lefties are in the sample, you can
use the command =countif(range, 1). The range will be
something like a1:a6, if you created your sample in column a.
This will count how many number 1's there are. You can
determine the number of right-handed people by subtracting this
number from 6.
Create a pie graph in Excel to show the proportion of left-
handed vs. right-handed people are in your sample, and save it
as an image file. Attach the pie graph here, and note what
percentage of your sample was actually left-handed.
6.Second, generate a random sample of 14 data points (1-10).
Create a pie graph in Excel to show the proportion of left-
handed vs. right-handed people are in your sample, and save it
as an image file. Attach the pie graph, and note what percentage
of your sample was actually left-handed.
7.
Next, generate a random sample of 65 data points (1-10).
Create a pie graph in Excel to show the proportion of left-

4. handed vs. right-handed people are in your sample, and save it
as an image file. Attach the pie graph, and note what percentage
of your sample was actually left-handed.
8.Then, generate a random sample of 3000 data points (1-10).
Create a pie graph in Excel to show the proportion of left-
handed vs. right-handed people are in your sample, and save it
as an image file. Attach the pie graph, and note what percentage
of your sample was actually left-handed.
Then answer this question :In as much detail as possible,
explain what you've noticed in this exercise. You should state
what percentage of people were left-handed in each sample.
How did this compare to the population proportion of 10%?
Make sure to address what you noticed as the sample size
increased. You will be graded on the completeness of your
answer. Remember, you can record audio of your explanation if
you'd prefer that over typing. You should attach that audio in
the entry box below
MBC 635: Operations and Supply Chain Management
Case 2: Amazon Go: Venturing into Traditional Retail (Ivey
W17398)
Report Instructions
1. Purchase “Amazon Go: Venturing into Traditional Retail”
from Harvard Business Review:
• Paste the coursepack link into your browser (do not click on
the link)
• https://hbsp.harvard.edu/import/621571

5. • If you have not registered, you will need to do so before
purchasing the case
Read the article and work with your group to develop the report.
2. Write a report in a question and answer format with the
following elements:
1. Were Amazon’s diversifications through Amazon Go
appropriate, given the company’s
resources and capabilities? Discuss from the perspective of the
company’s competitive
strategy. (~ 1-2 page)
2. Describe and explain 4 supply chain risks that you see with
Amazon Go. (~3 pages)
3. Using information from the internet, summarize the current
situation for Amazon Go and
its competition. (~1-2 pages)
The report should not exceed 6 pages of text (11 point font,
double spaced, 1-inch margin)
and should contain a maximum of 4 exhibits (tables, charts,
graphs).
All references should given (not included in the 6 page limit).
3. Peer evaluation: After submitting your report, send an e-mail

6. to me rating each of your peers
on their contributions to the team:
i. Rating of 0 = did not carry their fair share of the work load
ii. Rating of 1 = carried their fair share of the work load
4. Deliverables: one report per group, upload to 2U before Sync
Session 9.