Answer:
d. Choose Option B because it has a higher NPV
Explanation:
The computation is shown below:
For Option A:
Investment = $10 million
Present Value of cash flows = Cash flow ÷ Discounting rate
= $2 ÷ 10%
= $20 million
Now
NPV = $20 - $10
= $10 million
We know that
IRR is the rate at which the NPV will be zero
So, 2 ÷ r - 10 = 0
r = 20%
For Option B:
Investment = $50 million
Present Value of cash flows = $6.5 ÷ 10% = $65 million
NPV = $65 - $50 = $15 million
we know that
IRR is the rate at which the NPV will be zero
So, 6.5÷ r -50 = 0
r = 13%
Based on NPV, Option B should be selected as it contains higher NPV as compared to option A.
However, Based on IRR, Option A should be chosen as it contains higher IRR and a higher IRR represent a higher profit percentage
Answer:
B
Explanation:
i just took the test and got it correct
Answer:
If the company makes the units in-house, it will save $10,000.
Explanation:
<u>The fixed costs will remain in both options. Therefore, the fixed costs are irrelevant to the decision-making process.</u>
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Buy:
Total cost= 10,000*16= $160,000
Make in house:
Total cost= 10,000*(9 + 4 + 2)= $150,000
If the company makes the units in-house, it will save $10,000.
Answer:
B) $2,600
Explanation:
Retained earnings in each is computed as net income minus dividends
In year 2016 retained earnings=$1200-$200=$1000
In year 2017 retained earnings=2016 retained earnings+net income-dividends
2017 retained earnings=$1000-$500+$0=$500
2018 retained earnings=2017 retained earnings+net income-dividends
2018 retained earnings=$500+$2,300-$200
2018 retained earnings=$2,600
The formula is
A=p (1+r)^t
A future value 214800
P current value 36900
R rate of increases 0.06
T time?
We need to solve for t
T=log (A/p)÷log (1+r)
T=log(214,800÷36,900)÷log(1+0.06)
T=30 years
