Answer:
$0.9
Explanation:
Data provided in the question:
Earnings after taxes = $108,750
Interest expense for the year = $20,000
Preferred dividends paid = $18,750
Common dividends paid = $30,000
Common stock outstanding = 100,000 shares
Now,
Earning available on common stock
= Earnings after taxes - Preferred dividends paid
= $108,750 - $18,750
= $90,000
Therefore,
Earnings per share on the common stock
= Earning available on common stock ÷ Common stock outstanding
= $90,000 ÷ 100,000
= $0.9
Answer:
The answer might be option no C
If the required rate of return is 7.2%, no such security shall be purchased.
<h3>What does the required rate of return mean?</h3>
The required rate of return is the expected percentage of returns on investment at the time the investment is made. The required rate of return, in this case, is 7.2%.
The actual returns earned from purchasing the security for $8000 and receiving returns of $3600 are calculated to be around a 3.6% return.
As a result, if the required rate of return on investment is 7.2%, the security should not be purchased.
Read more about the required rate of return here:
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Answer:
Standard direct labour cost = $20.00 per hour
Explanation:
The direct labour costs represent expenditures incurred in respect of direct worker which can be traced to the product been produced. For example, the labour cost of machine operator saddled with production task.
The payroll cost is not a direct labour cost because payroll employed are not direct workers, also benefits are overheads related to direct workers
Standard direct labour cost = $20.00
Answer:
d. $40 F
Explanation:
Calculation to determine what The variable overhead efficiency variance for June is
First step is to calculate the SH
SH = 2,500 units × 0.4 hour per unit
SH= 1,000 hours
Now let calculate the Variable overhead efficiency variance
Using this formula
Variable overhead efficiency variance = (AH - SH) × SR
Let plug in the formula
Variable overhead efficiency variance= (980 hours - 1,000 hours) × $2 per hour= (-20 hours) × $2 per hour
Variable overhead efficiency variance= $40 F
Therefore Variable overhead efficiency variance is $40 F
