Answer:
Year 1 PV = 91,743.12
Year 2 PV =126,251.99
Year 3 PV = 154,436.70
Explanation:
<em>The present value of future sum is the amount that ought to be invested today at interest rate compounded annually to equal the sum at the end of a particular period.</em>
The present value of a future sum is given as follows:
PV = FV × PV (1+r)^(-n)
PV - present value
FV - Future value
r- interest rate
n- number of years
Year 1 PV = 100,000× 1.09^(-1) =91,743.12
Year 2 PV = 150,000× 1.09^(-2) =126,251.99
Year 3 PV = 200,000× 1.09^(-3) = 154,436.70
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5% of 2265$ is 113,25$
Because 5% is 5/100 so 5 x 2265$ = 11325$
11325$ : 100 = 113,25$
Second year cost is the first year’s plus 5% so
2265$ + 113,25$ = 2378,25$ (second year cost)
Frequently lacks effective communication channels across departments. Communication between departments can be an issue in this structure.
The answer to the problem below is:
Carter Corporation sells two products, one is Arks and the other one is Bins. Last year, Carter Corporation was able to sell 14,000 units of Arks and 56,000 units of Bins. The related data are the following listed below:
1. unit contribution, selling, unit variable and product
2. price cost margin
