Answer:
What is the present value of the payments if they are in the form of an ordinary annuity?
Discount all cash flows
12,000/1.09=11,009
12,000/1.09^2=10,100
12,000/1.09^3=9,266
12,000/1.09^4=8,501
12,000/1.09^5=7,799
Add all these discounted cash flows= $46,675 is the present value of ordinary annuity
a-2. What is the present value of the payments if the payments are an annuity due?
In an annuity due payment is made at the beginning of the year so we subtract one from each compounding period so,
12,000/1.09^0=12,000
12,000/1.09=11,009
12,000/1.09^2=10,100
12,000/1.09^3=9,266
12,000/1.09^4=8,501
add all these discounted cash flows = $50,876= PV of annuity due
FV of ordinary annuity
PV= 0
PMT=12,000
I= 9
N= 5
FV=? Put these in financial calculator= $71,816
Fv of annuity due=
12,000+
PV=0
PMT=12,000
I=9
N=4
FV=?=66,877
Pv of annuity due is higher and FV or ordinary annuity is higher.
Explanation:
<span>Maintenance workers have the most vague job description out of all the positions. Every other position has a detailed list explaining all of their duties. However, the maintenance position only lists one sentence of what their duties entail.</span>
Mike could leave lon behind, walk lon home, offer to pay for a taxi or finally he could stay with him.
Answer:
The computation is shown below:
Explanation:
The computation is shown below:
For weighted cost of each source of capital is
Debt:
= Cost of debt × Weight of debt
= 9% × 50%
= 4.5%
Equity
= Cost of equity × weight of equity
= 16% × 0.15
= 2.4%
Preferred stock
= Cost of preferred stock × weight of preferred stock
= 12.50% × 35%
= 4.375%
Now the weighted average cost of capital is
= 4.5% + 2.4% + 4.375%
= 11.275%
Therefore in the first part we multiplied the cost with the weight of each source of capital
And, then we add the all answers
Answer:
no option is correct, check the question to see if it was copied correctly and check the work to verify my answer
$1,430
Explanation:
worst case scenario:
2,500 units sold at $16 = $40,000
variable cost per unit $14 x 2,500 units = $35,000
contribution margin = $5,000
fixed costs = $8,500
depreciation expense = $11,000
cash flow = [(contribution margin - fixed costs - depreciation) x (1 - tax rate)] + depreciation
cash flow = [($5,000 - $8,500 - $11,000) x 0.66] + $11,000 = $1,430