You are analyzing a Time Series of historic market information and found the following information for a particular investment security: the Rate of Return in 2012 was -6.72%; was 18.22% in 2013; was 7.75% in 2014; was 11.45% in 2015; was 4.94% in 2016; and was 18.11% in 2017. What is the arithmetic average rate of return? Show your answer as a percentage rounded to two places (12.34% for example). Group of answer choices 7.64% 8.96% 8.14% 7.24% None of the above

You are analyzing a Time Series of historic market information and found the following information for a particular investment security: the Rate of Return in 2012 was -6.72%; was 18.22% in 2013; was 7.75% in 2014; was 11.45% in 2015; was 4.94% in 2016; and was 18.11% in 2017. What is the arithmetic average rate of return? Show your answer as a percentage rounded to two places (12.34% for example). Group of answer choices 7.64% 8.96% 8.14% 7.24% None of the above

Financial Management: Theory & Practice

16th Edition

ISBN:9781337909730

Author:Brigham

Publisher:Brigham

Chapter3: Analysis Of Financial Statements

Section: Chapter Questions

Problem 8MC: Use the extended DuPont equation to provide a breakdown of Computrons projected return on equity....

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Use the extended DuPont equation to provide a breakdown of Computrons projected return on equity. How does the projection compare with the previous years and with the industrys DuPont equation?
You have the following rates of return for a risky portfolio for several recent years: 2013 35.23% 2014 18.62% 2015 —9.82% 2016 23.45% If you Invested $1000 alike beginning 2013, what would your investment be worth at the end of 2016 (using geometnc average return)
Year U.S. Gov’t T-Bills U.K. Common Stocks 2015 0.063 0.150 2016 0.081 0.043 2017 0.076 0.374 2018 0.090 0.192 2019 0.085 0.106 a. Compute the geometric mean rate of return for each of these investments and compare the arithmetic mean return and geometric mean return for each investment and discuss the difference between mean returns as related to the standard deviation of each series.
Using the data in the table, consider a portfolio that maintains a 35% weight on stock A and a 65% weight on stock B. a. What is the return each year of this portfolio? (2010-2015) b. Based on your results from part (a), compute the average return and volatility of the portfolio. c. Show that (i) the average return of the portfolio is equal to the (weighted) average of the average returns of the two stocks, and (ii) the volatility of the portfolio equals the same result as from the calculation in Eq. 11.9. d. Explain why the portfolio has a lower volatility than the average volatility of the two stocks.
Given the returns over the 1988-2013 period, and the arithmetic mean return and volatility you calculated in the first quiz (which you could also recalculate now if necessary), what has been the ‘quick-and-dirty’ risk-adjusted return of these markets? Year Developed 1988 24.0% 1989 17.2% 1990 -16.5% 1991 19.0% 1992 -4.7% 1993 23.1% 1994 5.6% 1995 21.3% 1996 14.0% 1997 16.2% 1998 24.8% 1999 25.3% 2000 -12.9% 2001 -16.5% 2002 -19.5% 2003 33.8% 2004 15.2% 2005 10.0% 2006 20.7% 2007 9.6% 2008 -40.3% 2009 30.8% 2010 12.3% 2011 -5.0% 2012 16.5% 2013 27.4% What are the correct answer from the options given below? 0.72 0.99 0.54 0.21 0.89 help me with this.
An investment Analysist provide the following data regarding the possible future returns on AmDa’s common stock State of economy Probability ReturnRecession 0.25 -1.4%Normal 0.45 9.4%Boom 0.30 15.4%i. Compute the expected return on the security? ii. Compute the standard deviation on the security? iii. Compute the Coefficient of variation
"The following table gives the rate of return for a certain mutual fund from 2010 to 2014: Year Rate of Return 2010 -5.9% 2011 11.4% 2012 1.4% 2013 12.7% 2014 6.5% Compute the overall rate of return during this period. Round your answer to the nearest tenth of a percent."
Consider the following information about the various states of economy and the returns of various investment alternatives for each scenario. Answer the questions that follow. % Return on T-Bills, Stocks and Market Index States of Economy Probability T-Bills Phillips Pay-up Rubber-Made Market Index Recession 0.2 7 -22 28 10 -13 Below Average 0.1 7 -2 14.7 -10 1 Average 0.3 7 20 0 7 15 Above Average 0.3 7 35 -10 45 29 Boom 0.1 7 50 -20 30 43 Mean Variance (%) ^2 Standard Deviation Coefficient of Variation Covariance wit MP Correlation with Market Index Beta CAPM Req. Return Valuation ( Overvalued / Undervalued/Fairly Valued) Nature of Stock…
Consider the following information about the various states of economy and the returns of various investment alternatives for each scenario. Answer the questions that follow. % Return on T-Bills, Stocks and Market Index States of Economy Probability T-Bills Phillips Pay-up Rubber-Made Market Index Recession 0.2 7 -22 28 10 -13 Below Average 0.1 7 -2 14.7 -10 1 Average 0.3 7 20 0 7 15 Above Average 0.3 7 35 -10 45 29 Boom 0.1 7 50 -20 30 43 Mean 7 16.9 20.7 19.6 15 Variance (%) ^2 0 549.09 244.124 358.04 313.6 Standard Deviation 0 23.4326695 15.6244712 18.92194493 17.7087549 Coefficient of Variation 0 1.386548491 7.54805372 0.965405354 1.18058366 Covariance wit MP 0 4.13 -275 231 313.60 Correlation with Market Index 0.9953 -0.9953 0.6894 1.0000 Beta 0 1.32…
Consider the following information about the various states of economy and the returns of various investment alternatives for each scenario. Answer the questions that follow. % Return on T-Bills, Stocks and Market Index States of Economy Probability T-Bills Phillips Pay-up Rubber-Made Market Index Recession 0.2 7 -22 28 10 -13 Below Average 0.1 7 -2 14.7 -10 1 Average 0.3 7 20 0 7 15 Above Average 0.3 7 35 -10 45 29 Boom 0.1 7 50 -20 30 43 Mean Variance (%) ^2 Standard Deviation Coefficient of Variation Covariance wit MP Correlation with Market Index Beta CAPM Req. Return Valuation ( Overvalued / Undervalued/Fairly Valued) Nature of Stock…
Assume these are the stock market and Treasury bill returns for a 5-year period: Year Stock Market Return (%) T-Bill Return (%) 2013 36.00 0.22 2014 15.40 0.22 2015 −5.20 0.22 2016 17.00 0.09 2017 26.00 0.11 Required: a. What was the risk premium on common stock in each year? b. What was the average risk premium? c. What was the standard deviation of the risk premium? (Ignore that the estimation is from a sample of data.)
Suppose that expectations about the S&P 500 index and the T-bill rate are the same as they were in 2009, but you find that a greater proportion s invested in T-bills today than in 2009. What can you conclude about the change in risk tolerance over the years since 20097