Answer:
FV= $1,246,723.8
Explanation:
<u>To calculate the future value of this growing annuity, we need to use the following formula:</u>
FV= A*{[(1+i)^n - (1+g)^n] / (i-g)}
A= annual deposit= 55,000*0.12= 6,600
i= 0.05
g=0.03
n= 40 years
FV= 6,600* {[(1.05^40) - (1.03^40)] / (0.05 - 0.03)}
FV= $1,246,723.8
Answer:
a decrease in interest and increase in output
Explanation:
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Answer:
I think eating healthier food would be better. Eating sweet desserts would be healthier than eating a lot, but you should still cut down and eat healthier foods. False
Explanation:
Answer:
the depreciation expense for the second year is $4,875
Explanation:
The calculation of the depreciation expense for the second year is given below:
First the depreciation rate should be
= 1 ÷ 8 × 2
= 25%
Now the first year depreciation is
= $26,000 × 25%
= $6,500
Now the second year depreciation should be
= ($26,000 - $6,500) × 2
= $4,875
Hence, the depreciation expense for the second year is $4,875
<span>In the short run firms cannot exit the market. With a perfectly competitive market, each firm has to take the price as given and can sell as much as it wants at the given price, i.e. MR=P. Each firm maximizes profits by producing the quantity where its marginal revenue equals its marginal cost, i.e. MR=MC=P. Therefore the marginal cost curve is the short run supply curve of the firm. </span>
