In a return-standard deviation space, which of the following statements is (are) true for risk-averse investors? (The vertical and horizontal lines are referred to as the expected return-axis and the standard deviation-axis, respectively.) I) An investor's own indifference curves might intersect; II) Indifference curves have negative slopes; III) In a set of indifference curves, the highest offers the greatest utility; IV) Indifference curves of two investors might intersect.

A. cannot be zero, for investors would be unwilling to invest in common stocks.

B. cannot be zero, for investors would be unwilling to invest in common stocks and is negative, as common stocks are risky.

C. cannot be zero, for investors would be unwilling to invest in common stocks and must always be positive, in theory.

D. must always be positive, in theory.

E. is negative, as common stocks are risky

A. II only

B. III only

C. I and II only

D. I only

E. I, II, and III

A. the capital gain yield during the period, plus the inflation rate.

B. the change in stock price.

C. the dividend yield, plus the risk premium.

D. the capital gain yield during the period, plus the dividend yield.

E. the current yield, plus the dividend yield.

A. E(r) = 0.10; Variance = 0.25

B. E(r) = 0.15; Variance = 0.20

C. E(r) = 0.12; Variance = 0.35

D. E(r) = 0.10; Variance = 0.20

E. E(r) = 0.15; Variance = 0.25

A. geometric return

B. effective annual rate

C. arithmetic average

D. average annual return

E. historical annual average

A. 45%

B. 5%

C. 50%

D. 32%

E. 40%

A. II and III only.

B. I and III only.

C. III and IV only.

D. I and II only.