Answer:
d. $91,250
Explanation:
We can calculate variable costs by using the contribution margin ratio formula.
Contribution Margin Ratio= Sales revenue Less Variable Costs/Sales revenue
45%= $ 425,000- Variable Costs / $ 425,000
45% * $425,000= $ 425,000 -Variable Costs
$ 191250= $ 425,000- Variable Costs
Variable Costs = $ 425,000- $ 191250
Variable Costs = $ 233750
Sales $ 425,000
Variable Costs 233750
Fixed Costs= $ 100,000
Income from Operations= $ 91250
Answer:
The Journal entries are as follows:
(a)
Bad Debt Expense A/c Dr. $440
To Allowance for Doubtful Accounts $440
(To record the bad debts)
Workings:
Bad Debt Expense = 1% of Total revenue
= 0.01 × $44,000
= $440
(b)
Bad Debt Expense A/c Dr. $439.34
To Allowance for Doubtful Accounts $439.34
(To record the bad debts)
Workings:
Bad Debt Expense = 2% of accounts receivable
= 0.02 × $21,967
= $439.34
Answer: 7%
Explanation:
The following can be deduced.from the question:
Loan amount = $9,600
Equity = $9,600
Market price = $48 per share
Total investment = $19,200
Growth of Investment = 5%.
We then calculate value of the investment in a year. This.will be:
= 19,200 × 1.05
= $20,160
Interest on the loan would be:
= $9,600 * 0.03
= $288
Therefore, rate of return will be:
= (20,160 - 9,600 - 288)/9,600 - 1
= 0.07 = 7%
The bottom one because equal is balanced
Answer:
a. the portion of its marginal cost curve that lies above the AVC
Explanation:
In short run, a perfectly competitive produces as long as its price is above its AVC, so revenues can cover total variable cost. If price is below AVC, the firm has to shut down. Since such a firm maximizes profit by equating Price with MC, this condition means that firm's supply curve is its MC curve lying above the (minimum point of) AVC curve.
