The current value of the mortgage will be given by:
A=P(1+r/100)^n
where:
P=$150,000
r=5%
n=16 years
therefore:
A=150000(1+5/100)^16
A=150000(1.05)^16
A=$201,014.35
If He wants to pay off his mortgage now, he needs $201,014.35
Answer:
$9,000 unfavorable
Explanation:
The computation of the total fixed overhead variance is shown below:
= Actual fixed overhead costs - Budgeted fixed overhead
where,
Budgeted fixed overhead is $360,000
And, the Actual fixed overhead cost is computed below:
= Actual fixed overhead × Actual production ÷ budgeted production
= $360,000 × 11,700 units ÷ 12,000 units
= $351,000
Now put these values to the above formula
So, the value would equal to
= $351,000 - $360,000
= $9,000 unfavorable
1) Change the nature of the product
2) Give away discounts
3) Reduce the price of the product compared to the competitiveness of the market
Answer:
Explanation:
Forward excahnge rate/spot exchange rate = (1+rh)/(1+rf)
rh - periodic interest rate in the home currency
rf - periodic interest rate in the foreign currency
Forward/90 = [1+1%*180/360]/[1+2%*180/360]
Forward = 1.005/1.01 * 90 = 89.55
Forward rate is 89.55 yen/$
Answer:
$22,500
Explanation:
Data given in the question
Purchase value of the patent = $175,000
Legal fees = $5,000
The Remaining life of the patent = 13 years
Expected using life of the patent = 8 years
So by considering the above information, the annual amortization expense for 2019 is
= (Purchase value of the patent + Legal fees incurred) ÷ (Expected using life of the patent)
= ($175,000 + $5,000) ÷ (8 years)
= $22,500