Answer:
B $1,625
Explanation:
The computation of the ending inventory based on the lower-of-cost-or-market value is shown below:
The ending inventory units = Beginning inventory + purchase of inventory - selling units
= 15 units + 35 units - 25 units
= 25 units
So, the cost of ending inventory = ending inventory units × purchase price
= 25 units × $84
= $2,100
And, the market value equal to
= ending inventory units × replacement cost
= 25 units × $65
= $1,625
Based on the lower-of-cost-or-market value, the ending inventory would be $1,625
The Internal rate of return (IRR) of an investment is found to be 13%.
<h3>What is Internal rate of return (IRR)?</h3>
The internal rate of return (IRR) is a financial analysis metric used to estimate the profitability of possible investments.
- In a discounted cash flow analysis, IRR is a discount rate that renders the net present value (NPV) among all cash flows equal to zero.
- IRR calculations employ the same method as NPV calculations.
- Keep in mind that the IRR is not the project's actual dollar value.
- The annual return is what brings the NPV to zero.
Now, according to the question;
Total investment = $18,500.
Returns = $5,250/year
Time = 5 years
Use the formula for calculation of IRR value.
$18,500 = $5,250 {[1 - 1/(1 + IRR)5] / IRR}
Simplyfying,
IRR = 12.92%
Therefore, the internal rate of returns are calculated as 13% (approximately).
To know more about internal rate of return, here
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Answer: $770.22
Explanation:
If she makes equal contributions then those would be annuities. The $9,000 she wants to have will be the future value of the amount currently in her account and the annuity.
9,000 = 5,000 ( 1 + r) ^ n + ( annuity * future value interest factor of an annuity, 9%, 3 years)
9,000 = 5,000 ( 1 + 9%) ^ 3 + ( Annuity * 3.2781)
9,000 = 6,475.145 + 3.2781 * Annuity
Annuity = (9,000 - 6,475.145) / 3.2781
Annuity = $770.22