Answer:
$38, 288.718
Explanation:
The amount to be withdrawn at the end of each year, for 30 years
The amount of $500,000 represents the present value while yearly withdraws the annuities.
We use a revised formula for calculating annuities.
Applicable formula is
P = PV × r/( 1 − (1+r)−n
P = annual withdrawals
PV = $500,000
r = 6.5%
n 30
P = 500,000 x( 0.065/ ( 1- (1 + 0.065) -30)}
p = 500,000 x (0.065/ (1-1+.065)-30)
p= 500,000 x (0.065 / 1-0.1511860661)
P =500,000 x (0.065 /0.848814)
P= 500,000 x 0.076577436
Yearly withdrawals = $38, 288.718
Answer:
The answer is $41.21
Explanation:
Required Rate of Return = Risk Free Rate + Beta*(Market Risk Premium)= 5.2% + 0.9 * 6% = 10.6%
Cost of Equity = D1/Current Stock Price + Growth Rate
10.6% = $3/$40 +g
g = 3.1%
Stock Price After 3 Years = Current Stock Price*Growth Rate= $40 * (1.031)= $41.21
Answer:
nothing to be carried forward to next year $7,000 deductible this year;
Explanation:
Investment income is a return on the investment. Interest Expense is the amount of interest paid on the investment amount taken as a loan. The maximum amount to be adjusted as an expense against investment income is the amount of Investment income. Expenses no more than investment income will be adjusted. Nothing to be carried forward to next year.
Answer:
$18,000 F
Explanation:
Actual overhead– Overhead Budgeted=
Overhead Controllable Variance
Actual overhead=$194,000
Overhead Budgeted=$212,000
$194,000–$212,000
=$18,000 F
(40,000 ×$3.80) + $60,000
=$152,000+$60,000
= $212,000
Therefore the manufacturing overhead controllable variance is $18,000 F
Answer:
Option B, $45,000, is the right answer.
Explanation:
Given actual sales = $450000
Actual units that is sold = 30000 units
Actual selling price = $15 per unit
Planned sales = $540000
Planned units = 45000
Planned selling price = $12 per units.
The difference between actual and planned sales due to unit price factor = change in units × change in price
= (45000 – 30000) × (15 – 12)
= $45000
Thus option B is correct.
