Answer:
NPV = $28020.99
so he accept the this project as NPV value is positive
Explanation:
given data
CF 0 = $80000
CF 1 = $40000
CF 2 = $40000
CF 3 = $30000
CF 4 = $30000
discount rate r = 12%
solution
we get here Net present value (NPV) of the project that is total sum of the current value of all flow that is express as
NPV =
...........................1
put here value and we get
NPV =
solve it we get
NPV = - 80000 + 35714.29 + 31887.76 + 21353.41 + 19065.54
NPV = $28020.99
so he accept the this project as NPV value is positive
This occurs when a checking account is overdrawn and doesn't have enough money in it to cover debts. A fee is charged and more funds must be added to the account.
Answer:
Cost of the equipment = $32350
Explanation:
given data
purchased equipment = $30,000
Sales tax = $1,500
freight charges = $400
repairs = $700
installation costs = $450
solution
we get here Cost of the equipment that is express as
Cost of the equipment = Purchase cost + Sales tax paid + Freight + Installation cost .........................1
put here value and we will get
Cost of the equipment = $30000 + $1500 + $400 + $450
Cost of the equipment = $32350
Answer:
$195,751
Explanation:
Calculation for the project's expected operating cash flow
The first step will be to find the EBIT
using this formula
EBIT =(Earnings before interest, taxes, depreciation, and amortization -Depreciation expense)
Let plug in the formula
EBIT= 283,104 - 53,228
EBIT= 229,876
Second step is to find the NOPAT using this formula
NOPAT = EBIT(1- tax rate)
NOPAT= 229,876(1 - 0.38)
NOPAT= 142,523
Last step is to calculate for Expected Operating Cash flow
Using this formula
Operating cash flow = NOPAT + Depreciation expenses
Let plug in the formula
Operating cash flow = 142,523 + 53,228
Operating cash flow = $195,751
Therefore the project's expected operating cash flow will be $195,751