Answer:
The answer is $12,297.
Explanation:
Denote x is the minimum amount of after-tax annual savings (including depreciation effects) needed to make the investment yield a 12% return.
As required in the question, at $X annual after-tax saving, the net present value of the project discounted at the required return 12% will be equal to 0. So, we have:
- Net initial investment + Present value of cash inflow from asset disposal in 5-year + Present value of 5 after-tax annual savings = 0 <=> -50,000 + 10,000 x 0.567 + X x 3.605 = 0 <=> 3.605X = 44,330 <=> X = $12,297 (rounded to the nearest whole dollar).
Thus, the answer is $12,297.
You can make posters and signs that can show ppl you sell them or get a food truck !
You would have to either make them pay another installment.
Answer:
The future value of a 18-year annuity of $2,000 per period where payments come at the beginning of each period is $59,078.
Explanation:
We apply the formula to calculate future value of annuity to find the future value of 18-year annuity as at the beginning of year 18 ( because payment comes at the beginning of the year):
2,000/5% x (1.05^18 -1) = $56,264.77.
We further compound the future value of 18-year annuity as at the beginning of year 18 for one period to come up with the future value of this annuity as at the end of 18 year time:
56,264.77 x 1.05 = $59,078.
So, the answer is $59,078.
Answer:
$1.67 Million
Explanation:
Current asset = 15 Million
Current liabiltiy = 15 Million/3
= 5 Million
Let the inventory X can be purchased with short term debt without violation
per current ratio requirement
(15 + x)/5+x = 2.5
15 + x = 12.5 + 2.5x
2.5 = 1.5x
x = $1.67 Million
Therefore, $1.67 Million inventory can Baker purchase without violating its debt agreement if their total current assets equal $15 million
