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
Answer:d. $30,000
Explanation:
The reduction of loan amount from $80,000 to $50,000 means carry has gained the difference of $30,000 by paying less than the value of loan he has received.
On an overall analysis the net asset will improve from -$10,000 to $20,000 but the income from the loan reduction is $30,000 i.e,$80,000 minus $50,000.
B it is b because i would like it to be B please
When builders were constructing a sidewalk they forgot to include an expansion joint between two of the segments, L= one.two m at to=twenty degree C.
Expect the reverse ends of each segment are fixed and the linear enlargement coefficient is = twelve.three x ten-six degree C-one.
Answer:
Equivalent annual cost method
Explanation:
Equivalent annual cost method is a method used to choose between two projects with an unequal life span
The decision rule is to choose the product with the higher Equivalent annual cost
Equivalent annual cost method is better for making this decision because if net present value is used, the project with the higher useful life would be chosen. this does not mean it is more profitable