Answer:
Investment period = 24 years
Explanation:
The total amount that an investment made today would become if invested at a particular rate for certain number of years is known as the future value.
The $1,200,000 is the desired future value, the $296, 375 is the present value and the 6% is the interest rate.
FV = PV × (1+r)^n
1,200,000 = 296,375 × (1.06)^(n)
(1.06)^(n) = 1200000/96,375
(1.06)^(n) =4.048924504
find the log of both sides
n log 1.06= log 4.048924504
n= log 4.048924504/log 1.06
n = 24
It will take 24 years
Answer:
a.raises; lowers; raises
Explanation:
An expansionary monetary policy is usually undertaken by the Central bank to increase money supply.
When money supply is increased, output increases and real GDP rises.
The rise in money supply which causes output to increase would lead to an increase in demand for Labour. This would reduce unemployment.
Because of rise of money supply, the supply of money in the economy would rise and the price level would rise.
I hope my answer helps you.
Answer:
a. 3,760
Explanation:
The computation is shown below:
Period Demand Weight Demand × weight
1 3,500 0.15 525
2 3,800 0.20 760
3 3,500 0.25 875
4 4,000 0.40 1,600
Total 3,760
We simply multiplied the demand with the weight to get the total.
Answer:
Unitary variable cost= $8.08
Contribution margin= $15.92
Explanation:
Giving the following information:
Direct materials $4.98
Direct labor 2.10
Variable factory overhead 1.00
The variable cost per unit is the sum of direct material, direct labor, and variable overhead.
Unitary variable cost= 4.98 + 2.1 + 1= $8.08
The contribution margin per unit is the difference between the selling price and the unitary variable cost:
Contribution margin= 24 - 8.08= $15.92
Answer:
C
Explanation:
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