The net present value of the proposed project is closest to -$80,822.
Since the project saves $80,000 in costs each year, we treat these savings income for the next 4 years. We then calculate the Present value Interest Factor of an annuity using the formula :
PVIF of an annuity = { [ 1 - [ (1+r)⁻ⁿ ] } ÷ r
PVIF of an annuity = { [ 1 - [ (1.09)⁻⁴ ] } ÷ 0.09
PVIF of an annuity = 3.240 (rounded to three decimals)
PV of the cost savings = (3.240*80000) = $2,59,178 (rounded to nearest $)
NPV = PV of cost savings - Value of investment
NPV = 2,59,178
- 3,40,000
Answer:
b. number of shares issued is 80,000
Explanation:
In the question, the common stock par value and the total amount is given. Moreover, paid-in capital is also given.
So, if we compute it, then it gives the number of shares issued because it contains a formula which is shown below:
Number of shares issued = (Common stock ÷ Par value)
= ($80,000 ÷ $1)
= 80,000 shares
So, paid-in capital is not relevant in the computation part, and therefore, the other options are wrong except b. option.
Answer:
It is $30,000(C)
Explanation:
Depreciable cost = $90,000
Using straight-line method,
Annual depreciation = $90,000/3
= $30,000.
Hence, depreciation expense at the final year of service is $30,000
We cannot make use of entire cost of equipment of $120,000 because it seemed the company wanted to sell its scrap value for $30,000. Hence, this has been used to reduced it cost to $90,000 which is a depreciable cost .
Answer:
Option B is your answer ☺️☺️☺️
