Answer:
Yes, Stock A has higher dividend yield
Explanation:
given data
market risk premium = 6.0%
risk-free rate = 6.4%
A B
Beta 1.10 0.90
Constant growth rate 7 % 7%
to find out
does stock A has higher dividend yield than Stock B
solution
we get here Stock A rA = 6.4% + 1.1 × 6%
Stock A rA = 13.00%
and
Dividend yield of stock A = rA - g
Dividend yield of stock A = 13.00% - 7%
Dividend yield of stock A = 6%
and
for Stock B rB = 6.4%+ .9 × 6%
Stock B rB = 11.80%
and
Dividend yield of stock B = rA - g
Dividend yield of stock B = 11.80% - 7%
Dividend yield of stock B = 4.80%
so we can say Yes, Stock A has higher dividend yield
The current ratio will remain the same as 1 only
The acid-test ratio will decrease.
- The current ratio will stay the same because there won't be a change in current liabilities, and the change in current assets won't have any net consequences because the asset will grow due to an increase in inventory, but it will also decrease by the same amount due to a decrease in cash, so the current ratio will stay the same.
- The acid-test ratio will decline since the numerator will shrink owing to a cash shortage, and the growth in inventory won't be taken into account because current assets aren't included in this ratio.
Learn about more acid-test ratios here
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Answer:
Variable Expenses
Desk $115,520
Chairs $19,040
Fixed cost
Budgeted $40,000
Under absorbed $1,800
Explanation:
Variable costs are those will vary will the change in sale or activity level e.g material cost, labor cost etc.
Fixed costs are those which remains fix and does not vary with the change in sale or activity level.
Answer:
13.73%
Explanation:
Effective annual rate = (1 + APR / m ) ^m - 1
M = number of compounding = 365
= 0.1373 = 13.73%
Answer:
$1,464,000
Explanation:
The computation of the depletion expense is shown below:
Purchase price plus additional cost = $5,640,000
Extracted tons during four year period = 940,000 tons
Current year tons extracted = 244,000 tons
So,
Depletion expense = Purchase price plus additional cost ÷ extracted tons during four year period × current year tons extracted
= $5,640,000 ÷ 940,000 tons × 244,000 tons
= $1,464,000
