A portfolio's manager's views on the term structure of interest rates: "Yields reflect expected spot rates and risk premiums. Investors demand risk premiums for holding long-term bonds, and these risk premiums increase with maturity. This manager's views are most consistent with the: A. Segmented markets theory OB. Local expectations theory OC. Preferred habitat theory OD. Liquidity preference theory

A portfolio's manager's views on the term structure of interest rates: "Yields reflect expected spot rates and risk premiums. Investors demand risk premiums for holding long-term bonds, and these risk premiums increase with maturity. This manager's views are most consistent with the: A. Segmented markets theory OB. Local expectations theory OC. Preferred habitat theory OD. Liquidity preference theory

Financial Reporting, Financial Statement Analysis and Valuation

8th Edition

ISBN:9781285190907

Author:James M. Wahlen, Stephen P. Baginski, Mark Bradshaw

Publisher:James M. Wahlen, Stephen P. Baginski, Mark Bradshaw

Chapter5: Risk Analysis

Section: Chapter Questions

Problem 11QE: Market equity beta measures the covariability of a firms returns with all shares traded on the...

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Market equity beta measures the covariability of a firms returns with all shares traded on the market (in excess of the risk-free interest rate). We refer to the degree of covariability as systematic risk. The market prices securities so that the expected returns should compensate the investor for the systematic risk of a particular stock. Stocks carrying a market equity beta of 1.20 should generate a higher return than stocks carrying a market equity beta of 0.90. Nonsystematic risk is any source of risk that does not affect the covariability of a firms returns with the market. Some writers refer to nonsystematic risk as firm-specific risk. Why is the characterization of nonsystematic risk as firm-specific risk a misnomer?
In measuring the performance of a portfolio, the time-weighted rate of return is superior to the dollar-weighted rate of return because:a. When the rate of return varies, the time-weighted return is higher.b. The dollar-weighted return assumes all portfolio deposits are made on day 1.c. The dollar-weighted return can only be estimated.d. The time-weighted return is unaffected by the timing of portfolio contributions and withdrawals.
Consider the following performance data for a portfolio manager: Benchmark Portfolio Index Portfolio Weight Weight Return Return Stocks 0.65 0.7 0.11 0.12 Bonds 0.3 0.25 0.07 0.08 Cash 0.05 0.05 0.03 0.025 a.Calculate the percentage return that can be attributed to the asset allocation decision. b.Calculate the percentage return that can be attributed to the security selection decision.
As additional securities are added to a portfolio, total risk will generally ________ at a _________ rate. Group of answer choices rise; decreasing rise; increasing fall; decreasing fall; increasing
The security market line depicts: a. Expected return as a function of systematic risk (indicated by beta) b. The market portfolio as the optimal portfolio of risky assets c. The relationship between a security’s return and the return on the index d. Portfolio combinations of the market portfolio and the risk-free asset e. Expected return as a function of volatility
risk premium (RP) expected return on a portfolio,r^P realized rate of return, r¨ diversification correlation coefficient, ρρ firm-specific (diversifiable) risk market (nondiversifiable) risk relevant risk beta coefficient, ββ capital asset pricing model (CAPM) security market line (SML) market risk premium (RPM) equilibrium Define all terms
In a CAPM world, what do you need to know in order to estimate an asset's expected return? Group of answer choices The risk free rate, the market risk premium, and the asset's standard deviation The risk free rate, the market risk premium, and the asset's beta The corporate bond rate, the expected return on the S&P 500 and the asset's Beta Market sentiment, historical stock returns and the risk free rate
Assume that the following one-factor macroeconomic model describes the expected return for portfolios: Also assume that all investors agree on the expected returns and factor sensitivity of the three highly diversified Portfolios A, B, and C given in the following table: Portfolio Expected Return Factor Sensitivity A 0.09 0.50 B 0.13 0.75 C 0.17 1.50 If the model and the table are both correct, determine whether or not an arbitrage opportunity exists. If not, why not? If so, explain how to exploit it.
An efficient capital market is best defined as a market in which security prices reflect which one of the following? Multiple Choice A Current inflation B A risk premium C All available information D The historical arithmetic rate of return E The historical geometric rate of return
Question #1. Portfolio theory tends to define risky investments in terms of just two factors: expectedreturns and variance (or standard deviation) of those expected returns. What assumptions need to be made about investors and the expected investment returns (one assumption in each case) to justify this ‘two-factor’ approach? Are these assumptions justified in real life? Question #2. ‘The expected return from a portfolio of securities is the average of the expected returns of the individual securities that make up the portfolio, weighted by the value of the securities in the portfolio.’ ‘The expected standard deviation of returns from a portfolio of securities is the average of the standard deviations of returns of the individual securities that make up the portfolio, weighted by the value of the securities in the portfolio.’ Are these statements correct? Question #3. What can be said about the portfolio that is represented by any point along the efficientfrontier of risky investment…
Select all that are true with respect to the historical risk-return tradeoff for portfolios, and for individual stocks. Group of answer choices For portfolios, the relation between risk and return is positive and quite strong For individual stocks, the relation between risk and return is positive and stronger than for portfolios The relation between risk and return is stronger for portfolios than it is for individual stocks You get a better risk-return tradeoff if you put assets together in a portfolio
Which of the following is TRUE? To construct a capital market line, we use expected return as y-axis and beta as x-axis On the capital market line debt securities are located to the right of the market portfolio To construct a security market line, we use expected return as y-axis and beta as x-axis Market portfolio lays at an intersection of the average indifference curve of a risk-averse investor and the efficient portfolio