An analyst provided the following table about the returns of Seattle housing market in 2022:Scenario Probability ReturnGoodNormalBad0.10.70.2. What is the variance of return in 2022?What is the standard deviation?• What is the expected return of housing investments in Seattle in 2022?0.250.106-0.10

Risk and return are fundamental concepts in finance. "Risk" refers to the uncertainty or variability…

An analyst provided the following table about the returns of Seattle housing market in 2022: Scenario Probability Return Good Normal Bad 0.1 0.7 What is the standard deviation? 0.2 What is the variance of return in 2022? 0.25 • What is the expected return of housing investments in Seattle in 2022? 6 0.10 -0.10

An analyst provided the following table about the returns of Seattle housing market in 2022: Scenario Probability Return Good Normal Bad 0.1 0.7 What is the standard deviation? 0.2 What is the variance of return in 2022? 0.25 • What is the expected return of housing investments in Seattle in 2022? 6 0.10 -0.10

Essentials Of Investments

11th Edition

ISBN:9781260013924

Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Chapter1: Investments: Background And Issues

Section: Chapter Questions

Problem 1PS

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Expected Return, Variance, Std. Deviation and Cofficient of Variation:Magee Inc.'s manager believes that economic conditions during the next year will be strong, normal, or weak, and she thinks that the firm's returns will have the probability distribution shown below. What's the standard deviation of the estimated returns?Round your answer to two decimal places. For example, if your answer is $345.6671 round as 345.67 and if your answer is .05718 or 5.7182% round as 5.72. State of the Economy Probability of State Occurring Stock's Expected Return Boom 25% 26.40% Normal 55% 15.00% Recession 20% –9.75%
What do I put for the number any given year
Which one of the following best describes an arithmetic average return? Multiple Choice A. Total return divided by N − 1, where N equals the number of individual returns B. Average compound return earned per year over a multiyear period C. Total compound return divided by the number of individual returns D. Return earned in an average year over a multiyear period E. Positive square root of the average compound return
Compute for the answer and show your solution. 1. The following are annual rates of return for PHILIPPINES government T-bills and Singapore common stock. (10pts) Year 2014 2015 2016 2017 2018 Philippines 063 .081 .076 Singapore .150 .043 374 192 .090 .085 106 Compute the following for the series. a. arithmetic mean rate b. Variance c. Standard variation d. Covariance Given the above data, which is a better investment? Explain using the result of the data.
Mike Riskless is considering two projects. He has estimated the IRR for each under three possible scenarios and assigned probabilities of occurrence to each scenario. State of Economy Probability Estimated BTIRR Investment I Estimated BTIRR Investment II Optimistic 0.20 0.15 0.20 Most likely 0.60 0.10 0.15 Pessimistic 0.20 0.05 0.05 1.00 Riskless is aware that the pattern of returns for Investment II looks very attractive relative to Investment I; however, he believes that Investment II could be more risky than Investment I. He would like to compare the two investments considering both the risk and return on each. Required: a. Compute BTIRR under each of the three possible scenarios. b. Compute variance and standard deviation of the IRRs.
The returns on shares of Valley Transporter are predicted under the following various economic conditions: Recession -0. 10 Normal +0.04 Boom +0.24 If each economy state has the same probability of occurring (33.33%), what is the variance of the stock?
When modeling the expected return of an income producing property, why should it be defined, for example, a correlation of -0.60 between the NOI growth and the vacancy rate? a. To increase the probability that the computer draws higher values of NOI growth when it draws higher values of vacancy, from their respective distributions, and vice versa. b. To increase the probability that the computer draws lower values of NOI growth when it draws lower values of vacancy, from their respective distributions, and vice versa. c. To increase the probability that the computer draws lower values of NOI growth when it draws higher values of vacancy, from their respective distributions, and vice versa. d. Both “b” and “c” e. To increase the probability that the computer draws NOI growth values that are 60% as large as the vacancy values.
Suppose that sending an analyst to an executive education program will raise the precision of the analyst’s forecasts as measured by R-square by .01. How might you put a dollar value on this improvement? Provide a numerical example.
Consider an investment with the following probability distribution: Probability: Payoff: 0.40 41.0% 0.40 -6.0 0.20 -20.0 Calculate the expected return. Do not round intermediate calculations. Round your answer to two decimal places. _____% Calculate the standard deviation. Do not round intermediate calculations. Round your answer to two decimal places. _____% Calculate the coefficient of variation. Do not round intermediate calculations. Round your answer to two decimal places. _____
You are setting up the shown ONE-WAY data table to calculate the NPV of a hotel project at various rates of return (8.25% to 12.5%). What range would you highlight before selecting: Data → What-if Analysis → Data Table… Question 51 options: B15:C32 C14:C32 B14:B32 B14:C32
14. Consider the following possible returns over the next year on an asset Return probability -£40 0.5 £40 0.5 What is the variance of return of the asset.
Alternate & Co is attempting to choose the best of two alternatives asset investment A and B, each requiring an initial investment of RM10000 and both having most likely, optimistic and pessimistic rate of return as shown in the table below. Calculate the following from the data given below. i. Expected rate of return for Asset A & B ii. Variance for Asset A & B iii. Standard deviation for Asset A & B iv. Coefficient of variation for Asset A & B v. Which of the asset is more risky? Asset A Asset B Initial Investment Rm10000 Annual rate of return RM10000 Annual rate of return Probability of this event occurring (2) 0.25 Possible outcomes (3) (5) (1) Pessimistic Most likely Optimistic 13% 7% 0.50 15% 15% 0.25 17% 23% 1.0

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