The following information is for X Company for the year- What was dep (2).docx

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The following information is for X Company for the year: What was depreciation expense for the year? Solution Depreciation expense for the year = Equipment beginning + purchaseÂ Â - sale of equipment -equipment end = 11250Â Â +7249 -7150 -10200 = $ 1,149 .

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The following accounts were taken from ABC CompanySolutionCalculation (1).docx

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The fiscal 2012 financial statements of Barney Services shows average net operating assets (NOA) of $7,416 million, average net nonoperating obligations (NNO) of $456 million, average total liabilities of $3,508 million, and equity of $7,040 million. The companyâ€™s 2012 financial leverage (FLEV) is: Choose from list below: 0.179 0.949 0.061 0.065 Solution Financial leverage formual = Average net nonoperating obligation / average equity = 456 / (7416 - 456) = 456 /6960 = .065 correct option is \"D\" -.065 .

The fiscal 2012 financial statements of Barney Services shows average.docx

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The equity sections from Atticus Group The equity sections from.docx

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The executive officers of Rouse Corporation have a performance-based compensation plan. The performance criteria of this plan is linked to growth in earnings per share. When annual EPS growth is 12%, the Rouse executives earn 100% of the shares; if growth is 16%, they earn 125%. If EPS growth is lower than 8%, the executives receive no additional compensation. In 2014, Joan Devers, the controller of Rouse, reviews year-end estimates of bad debt expense and warranty expense. She calculates the EPS growth at 15%. Kurt Adkins, a member of the executive group, remarks over lunch one day that the estimate of bad debt expense might be decreased, increasing EPS growth to 16.1%. Devers is not sure she should do this because she believes that the current estimate of bad debts is sound. On the other hand, she recognizes that a great deal of subjectivity is involved in the computation. Questions What is the ethical dilemma for Devers? What are the alternative solutions? Evaluate whether the proposed solution is ethical. Who are the stakeholders? How are they impacted? Solution What is the ethical dilemma for Devers. Few executives ever see jail even though the results of unethical behavoir can greatly affect stakeholders. The prevalence of major corporate scandals over the years has helped increase public awareness of two major ethics concepts -- stakeholders and ethical dilemmas. While these concepts are not unique to the study of business, they tend to be more commonly applied to ethical corporate decision making. For example, the corporate social responsibility movement is a direct application of these ideas in real life business practice. But what exactly do they mean? Stakeholders Stakeholders are broadly defined as anyone who is impacted by a decision-maker .

The executive officers of Rouse Corporation have a performance-based c.docx

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The Federal Reserve had to resort to non-standard methods to try to st.docx

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The EU recently admitted the Eastern European countries. How do you assess the impact of the EU\'s expansion? What are the costs and benefits of the expansion for the U.S. economy? Solution The accession of eight Central and Eastern European countries (CEECs) to the European Union in 2004 will bring some important benefits. The new members will gain from reduced bar- riers to trade and investment. By 2010, the movement of labor will also be freed. But accession to the EU is neither a necessary nor a sufficient con- dition for economic growth. The combined effects of market access and economic liberalization, not EU membership, optimize economic growth. Unfortunately, the incoming EU members had to choose between the common market on the one hand and economic liberty on the other. Instead of concluding free-trade agreements with the EU, the CEECs were cajoled into an increas- ingly centralized superstate, in which most of their comparative advantages will be legislated out of existence. As a result, economic growth in Central and Eastern Europe (CEE) will continue to be suboptimal. The loss of potential future economic growth will be only partly offset by the CEEC .

The EU recently admitted the Eastern European countries- How do you as.docx

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The Esposito Import Company had 1 million shares of common stock outstanding during 2013. Its income statement reported the following items: income from continuing operations, $5 million; loss from discontinued operations, $1.8 million; extraordinary gain, $2.4 million. All of these amounts are net of tax. Required: Prepare the 2013 EPS presentation for the Esposito Import Company. (Round your answers to 2 decimal places.) Solution Hi, Please find the detailed answer as follows: EPS = (Income from Continuing Operations + Extraordinary Gain - Loss form Discontinued Operations)/Number of Outstanding Shares EPS = (5 million + 2.4 million - 1.8 million)/1 million = $5.60 Answer is $5.60 . Thanks. .

The Esposito Import Company had 1 million shares of common stock outst.docx

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The energy levels of electrons are related to their: a) Position on the Periodic table b) Atomic mass units c) Isobars d) Shells e) Isotopes Solution The energy levels of electrons are related to their: d) Shells An early model of the atom was developed in 1913 by the Danish scientist Niels Bohr (1885–1962). The Bohr model shows the atom as a central nucleus containing protons and neutrons, with the electrons in circular electron shells at specific distances from the nucleus, similar to planets orbiting around the sun. Each electron shell has a different energy level, with those shells closest to the nucleus being lower in energy than those farther from the nucleus. By convention, each shell is assigned a number and the symbol n .

The energy levels of electrons are related to their- a) Position on t.docx

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The Electron in a Hydrogen Atom transforms from its n=1 state to its n=3 state. Does the electron absorb or release energy? What is the amount of energy assosicated with this transformation? What will happen after this transition? List the four quantum numbers of an electron in the ground state of a hydrogen atom. Solution E n = (-13.6 eV)/n 2 E 3 = (-13.6 eV)/9 = -1.51 eV E 1 = (-13.6 eV)/1 = -13.6 eV Electron losses energy E = -1.51 - (-13.6) = 12.09 eV .

The Electron in a Hydrogen Atom transforms from its n-1 state to its n.docx

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The enqueue operation on the Queue ADT adds a new item to the back of the queue where the dequeue operation removes and returns the item from the front of the queue. Now consider an initially empty queue and find the final output for the following sequence of queue operations: enqueue(7); enqueue(9); enqueue(1); dequeue(); enqueue(8); dequeue(); dequeue(); enqueue(6); enqueue(3); dequeue(); enqueue(2); enqueue(1); dequeue(); Solution import java.util.*; java.io.*; java.lang.*; class Queue { private ArrayList list; public Queue() { list = new ArrayList(); } public void enqueue(Object object) { if(list.isFull()) System.out.println(â€œQueue overflowedâ€); else list.add(object); } public Object dequeue() { if(list.isEmpty()) System.out.println(â€œQueue underflowâ€); else return list.remove(list.size() - 1); } public boolean isEmpty() { return list.isEmpty(); } public Object front() { return list.get(list.size() - 1); } public Object back() { return list.get(index); } public void clear() { list.clear(); } } class QSample { public static void main(String args[]) throws Exception { Queue q=new Queue();Â Â Â while(true) { System.out.println(\"\ \\t QUEUE \"); q.enqueue(7); q.enqueue(9); q.enqueue(1); q.back(); q.dequeue(); q.enqueue(8); q.dequeue(); q.dequeue(); q.enqueue(6); q.enqueue(3); q.dequeue(); q.enqueue(2); q.enqueue(1); q.dequeue(); System.out.println(\"Exit\"); } } } The Final output is : 3 2 1 .

The enqueue operation on the Queue ADT adds a new item to the back of (1).docx

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The Fed follows the theory of bureaucratic behavior in what sense-.docx

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Pay structures Union contracts Wage and price contracts Levels of reve.docx

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Pat ts oints Give all answers to the corret number of significant figures and clear set-up for each problem to receive credit. include units where ppropriate. Show IIA 1. (10 points) Complete the following table: Name Formula Zinc arsenite nn3 Pb(CrO) Calcium periodate Call04 ClO stannous hypochlorite Cu BO Silver phosphide trihydrate (NH) SO Dinitrogen pentaselenide PbF 7 H20 Solution Name formula Zinc arsenite Zn3(AsO4)2 lead chromate Pb(CrO4)2 calcium periodate Ca(IO4)2 tetrachloro nonoxide Cl4O9 stannous hypochlorite Sn(ClO)2 copper(I) borate Cu3BO3 silver phosphide trihydrate Ag3P.3H2O ammonium sulphite (NH4)2So3 Dinitrogen pentaselenide N2se5 lead(Iv) fluoride heptahydrate PbF4. 7H2O .

Pat ts oints Give all answers to the corret number of significant figu.docx

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Partial balance sheets and additional iformation are listed below for.docx

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PART ONE. Briefly explain and illustrate how the unemployment rate and labor force participation rate relate to the production possibilities frontier. Give several examples of demographic, cultural, or personal decisions that might change the LFPR. PART TWO. Explain and illustrate how the interest rate effect supports the idea of a negatively sloped AD curve. Solution unemployment means there is no work for the people who are in need to work and ready to work and express their willing to work, but labor participation rate says about how much per cent of population is involved in the work process. in second process it considers the population as a whole irrespective of their abilities and skills. but in unemployment we only consider the people who are ready and willing to work and calculates unemployment rate. usually if unemployment rate is high we assume that the labor participation rate is less and vice versa. if interest rates are high people post pones their consuption now and deposits their money in banks and it leads to less demand or decrease demand for many of the durable goods. .

PART ONE- Briefly explain and illustrate how the unemployment rate and.docx

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Part K (There is no common name for this species.) CHO Spell out the full name of the compound. IUPAC name 3-oxocyclopentane-1-aldehy Submit Previous Answers Request Answer x Incorrect; Try Again: 2 attempts remaining Solution part K 3-Oxocyclopentanecarbaldehyde part L (2S,4R)-2,4-dimethylcyclopentane-1-one part j 2-hydroxycyclopentane-1,3-dione part I hex-2,4-dien-1-al part H 3-phenylprop-2-en-1-al part D common name : Benzophenone IUPAC name: Diphenylmethanone part E common name : butyraldehyde IUPAC name: butanal part B common name : Dipropylketone IUPAC name: 4-heptanone .

Part K (There is no common name for this species-) CHO Spell out the f.docx

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Part I: Avoid claims rejections A payer may delay or deny payment because of inaccurate or missing information in a submitted claim. Many contracts require payment within a specified period of time, for example, 30 days from submission of a \"clean claim.\" How can healthcare service providers avoid claims rejections? Part II: Ensure payment The Medicare intermediary has returned a claim to a hospital because of an invalid diagnosis code (OCE Solution 1 & 2 .

Part I- Avoid claims rejections A payer may delay or deny payment beca.docx

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Part B 1. (2 pts.) Write the reaction equation of ammonium ions with sodium hydroxide. How will the color of pH paper change if ammonium ions are present? 2. (2 pts.) Why do you need to convert Fe2 to Fe+3? Write the chemical equation for this conversion 3. (1 pts.) Appearance of what color will indicate the presence of iron(III)? Write the formula of an ion (not an equation of formation) that produces this color. 4. (2 pts.) 0.25M ammonium oxalate was added to unknown solution and a white precipitate was formed. What ion is present in the unknown solution? Support your answer with chemical equation. presence of zinc ions? Solution 1. Reaction, NH4+ + NaOH --> NH3 + H2O NH4+ ions is acidic in nature and this the color of pH paper would be orange-red. When all of NH4+ has reacted with base NaOH, we would get greenish-blue color due to NH3. 2. Only Fe3+ reacts with SCN- to form complex Fe(SCN)2+ and thus, we must convert all of Fe2+ to Fe3+ prior to this reaction. Fe2+ --> Fe3+ + e- Fe3+ + SCN- <==> Fe(SCN)2+ 3. Appearence of deep red color due to formation of Fe(SCN)2+ confirms presence of Fe3+ ions. The reactive ion here is SCN- species. 4. Ca2+ reacts with added oxalate C2O4^2- to form white precipitate of CaC2O4. Therefore, formation of white precipitate confirms Ca2+ is present. Ca2+(aq) + (NH4)2C2O4(aq) --> CaC2O4(s) + 2NH4+(aq) 5. The presence of Zn2+ is confirmed by formation of grey-white precipitate of K2Zn[Fe(CN)6]2. .

Part B 1- (2 pts-) Write the reaction equation of ammonium ions with s.docx

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Part A Prepare an income statement and a statement of retained earnings for the year that ended December 31, 2013. Part B Prepare a classified balance sheet for December 31, 2013. Part C Compute EPS, working capital, current ratio, and debt to assets ratio. Please show all your work. Make sure to put the appropriate heading on your financial statements. Please label the ratios that you compute. These financial statements items are for Peppermint Patty Corporation at year-end, December 31, 2013. Solution Income Statement Statement of Retained Earning: Balance Sheet EPS = Earning / Number of Shares EPS = 52,450 / 10,000 = $5.245 Per Share Working Capital = CA- CL WC = 43,900 - 6,500 = $37,400 Current Ratio = CA / CL Current Ratio = 43,900 / 6,500 Current Ratio = 6.75 Times Debt to Assets Ratio = Total Liabilities / Total Assets = 26,500 / 138,950 = 19.07% .

Part A Prepare an income statement and a statement of retained earning.docx

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Part 3 Your animation should contain at least the following: Translation and/or scaling Solution %% The story is a pretty simple one. A ship is trying to travel through universe through a wormhole clc close all clear all myaxes=axes(\'xlim\',[-5 5],\'ylim\',[-5 15],\'zlim\',[-4 4]); view(3); grid on; axis equal; hold on; %% Wormhole coordinates t = 0:pi/10:2*pi; [wormhole_x,wormhole_y,wormhole_z] = cylinder(2.2+2*cos(t)); %% Genaerating coordinates of cylinder , sphere and ellipse [cylinder_x cylinder_y cylinder_z]=cylinder([1 1]); [sphere_x sphere_y sphere_z]=sphere(); [elp_x elp_y elp_z]=ellipsoid(0,0,0,2,.5,.5); %% This is the ship h(1)=surface(cylinder_y,cylinder_z,cylinder_x); h(2)=surface(sphere_y,sphere_z,sphere_x); h(3)=surface(elp_y,elp_z,elp_x); h(4)=surface(elp_x,elp_z,elp_y); h(5)=surface(sphere_y,sphere_z+1,sphere_x); %%This is the wormhole and few stars scene1=surface(wormhole_y,wormhole_z*5+8,wormhole_x); scene2=surface(sphere_x*0.1-10,sphere_y*0.1,sphere_z*0.1+1); scene3=surface(sphere_x*0.1+5,sphere_y*0.1,sphere_z*0.1+1); scene4=surface(sphere_x*0.3-3,sphere_y*0.3-6,sphere_z*0.3+2); scene5=surface(sphere_x*0.3+3,sphere_y*0.3-1,sphere_z*0.3+2); scene6=surface(sphere_x*0.5-3,sphere_y*0.5-6,sphere_z*0.5+4); %%Creating a group object combinedobject=hgtransform(\'parent\',myaxes); set(h,\'parent\',combinedobject) drawnow %% Defining its rotation and translation X=zeros(21); Y=0:20/20:20; Z=zeros(21); A=0:2*pi/20:4*pi; %% Actually doing the animation for i=1:length(X) translation=makehgtform(\'translate\',... [X(i) Y(i) Z(i)]); resize=makehgtform(\'scale\',1-i/40); rotation=makehgtform(\'yrotate\',A(i)); set(combinedobject,\'matrix\',rotation*resize*translation); pause(0.2); end .

Part 3 Your animation should contain at least the following- Translati.docx

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