Answer:
I'm going to say the answer is B ! I could be wrong but this is what i think :)
Explanation:
Answer:
$961.54
Explanation:
To calculate the real price of the TV you would have to determine the present value of the TV's price. The future price of the TV is $1,000 and your discount rate is 4% annual (the same as your bank), so the present value of the TV =
present value = future value / (1 + rate) = $1,000 / 1.04 = $961.54
Answer: 9.7%
Explanation:
Given Data
Rf = Risk free return = 6%,
Rpm = Risk premium = 4%,
Beta = 0.9
Wd = Debt = 20%
rd = cost of debt = 8%
We = equity = 80%
Re = Rf + Beta (Rpm)
= 0.06 +0.9 (0.04)
= 0.096 * 100
= 9.6%
Unlevered Equity Cost ;
ReU= Wd × rd + We × re
= 0.20 × 8% + 0.80 × 9.6%
= 9.28%
Levered Equity Cost:
New Debt = 60%,
New Equity = 40%,
New rd = 9%
ReL = ReU + (ReU - rd) (D ÷ E)
= 9.28% + (9.28% - 9%) (0.60 ÷ 0.40)
= 0.097 * 100
= 9.7%
Answer:
$8,000
Explanation:
Jahwana earns $40,000:
her 401k contributions = 15% x $40,000 = $6,000
Jahwana's employer contributes $1 per $1 that she contributes but only up to 5%, so her employee's 401k contribution = 5% x $40,000 = $2,000
total annual contribution = $6,000 + $2,000 = $8,000
Answer:
A) 10.15%
Explanation:
Cost of equity (Re) = 14.06% or 0.1406
cost of preferred stock (Rp) = 7/65 = 0.10769
cost of bonds (Rb) = 7.5% or 0.075
outstanding shares = 2.5 million shares x $42 = $105 million
bonds outstanding = $1,000 x 80,000 bonds = $80 million
preferred stock = $65 x 750,000 = $48.75 million
corporate tax rate = 38% or 0.38
total market value of equity + debt (in millions) = $105 + $48.75 + $80 = $233.75
WACC = [(outstanding shares / total market value) x Re] + [(preferred stock / total market value) x Rp] + {[(bonds outstanding / total market value) x Rb] x (1 - tax rate)}
WACC = [($105m / $233.75m) x 0.1406] + [($48.75m / $233.75m) x 0.10769] + {[($80m / $233.75m) x 0.075] x (1 - 0.38)}
WACC = 0.06316 + 0.02246 + 0.01591 = 0.10153 or 10.15%
