Answer:
Monthly payments = $1,234.54
Explanation:
given data
Future value = $1,000,000
time = 25 year = 25 × 12 = 300 months
rate = 7 % annual =
= 0.5833% monthly
to find out
Monthly payments
solution
we will apply here future value formula that is express as
Future value = Monthly payments ×
..........1
put here value we get
Future value = Monthly payments ×
1,000,000 = Monthly payments ×
solve it we get
Monthly payments = $1,234.54
Answer:
36.84 years and 31.82 years
Explanation:
In this question ,we applied the rule no 70 which means we get to know the estimated number of years for doubling the real GDP
In the first case, the estimated number of years
= 70 ÷ average annual growth rate
= 70 ÷ 1.9%
= 36.84 years
In the second case, the estimated number of years
= 70 ÷ average annual growth rate
= 70 ÷ 2.2%
= 31.82 years
Answer:
b. = 31,740,000
Explanation:
69,000,000 - 46% = 37260000
69,000,000 - 37260000 = 31,740,000
Answer:
C because Perishability is used in marketing to describe the way in which service cannot be stored for sale in the future
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