Each stock’s rate of return in a given year consists of a dividend yield (which might be
zero) plus a capital gains yield (which could be positive, negative, or zero). Such
returns are calculated for all the stocks in the S&P 500. A simple average of those
returns (which gives equal weight to each company in the S&P 500) is then calculated.
That average is called “the return on the S&P Index,” and it is often used as an indicator
of the “return on the market.”
a.True
b.False
Assume that the risk-free rate remains constant, but the market risk premium declines.
Which of the following is most likely to occur?
a.The required return on a stock with beta = 1.0 will not change.
b.The required return on a stock with beta > 1.0 will increase.
c.The return on “the market” will remain constant.
d.The return on “the market” will increase.
e.The required return on a stock with a positive beta < 1.0 will decline.
Which of the following statements is CORRECT?
a.Depreciation is included in the estimate of free cash flows (FCF = EBIT(1 – T) +
Depreciation – [Capital expenditures + NOWC]), hence depreciation is set forth on a
separate line in the cash budget.
b.If cash inflows from collections occur in equal daily amounts but most payments must
be made on the 10th of each month, then a regular monthly cash budget will be
misleading. The problem can be corrected by using a daily cash budget.
c.Sound working capital policy is designed to maximize the time between cash
expenditures on materials and the collection of cash on sales.
d.If a firm wants to generate more cash flow from operations in the next month or two,
it could change its credit policy from 2/10, net 30 to net 60.
e.If a firm sells on terms of net 90, and if its sales are highly seasonal, with 80% of its
sales in September, then its DSO as it is typically calculated (with sales per day = Sales
for past 12 months/365) would probably be lower in October than in August.
For a stock to be in equilibrium, that is, for there to be no long-term pressure for its
price to depart from its current level, then
a.the expected future return must be less than the most recent past realized return.
b.the past realized return must be equal to the expected return during the same period.
c.the required return must equal the realized return in all periods.