Based on the statement above their need to separate the employee first because there is an employee get bonus and dont. so the correct order of steps to determine the significant result are: c. B,E,D,C,A
hope this help
Answer:
a. $0.30
Explanation:
Basic Earning Per Share (BEPS) = Earnings Attributable to Holders of Common Stock ÷ Weighted Average Number of Common Stock.
Earnings Attributable to Holders of Common Stock calculation :
Net income after tax for the period $160,000
Less Preference Dividend ($10,000)
Earnings Attributable to Holders of Common Stock $150,000
Weighted Average Number of Common Stock calculation :
Outstanding common shares 500,000
Therefore,
Basic Earning Per Share (BEPS) = $150,000 ÷ 500,000
= $0.30
Answer:
$230
Explanation:
Data given in the question
Marginal cost of the first hour = $50
Marginal cost of the second hour = $75
Marginal cost of the third hour = $105
So by considering the above information, the total cost is
= Marginal cost of the first hour + Marginal cost of the second hour + Marginal cost of the third hour
= $50 + $75 + $105
= $230
We simply added the marginal cost of all three hours in order to determine the total cost
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Answer:
Yes we should go with this project because it has a positive NPV of $4,350
Explanation:
We need to calculate the net present value of the machine to decide whether to invest in the machine or not.
As per Given Data
Costs $270,000
Cash Inflows
Year 2 $100,000
Year 3 $150,000
Year 4 $75,000
Interest Rate = 6%
Net Present Value
As we know Net Present value is calculated by discounting each years cash flows using using the Weighted Average cost of Capital.
Year Cash Inflows Discount factor 13% Present values
Year 0 $(270,000) (1+6%)^-0 $(270,000)
Year 2 $100,000 (1+6%)^-2 $89,000
Year 3 $150,000 (1+6%)^-3 $125,943
Year 4 $75,000 (1+6%)^-4 <u>$59,407 </u>
Net present value <u>$4,350 </u>