What single amount, at the end of the fourth year, is equivalent to a uniform annual series of $5,000 per year for 10 years, if the interest rate is 8% per year, compounded annually?
Interest Rate = 8% |
Time Period = 10 Years |
Annual Series Payment = $ 5,000 |
Present Value of Series = $ 5,000 * PVAF(8%,10 years) |
Present Value of Series = $ 5,000 * 6.71 |
Present Value of Series = $ 33,550 |
Computation of PVAF: | ||||
r | 1+r | (1+r)^-n | 1- [(1+r)^-n] | [1- [(1+r)^-n]] /r |
8% | 1.0800 | 0.4632 | 0.5368 | 6.7100 |
Single amount at the end of 4th year = $ 33,550 * FV(8%,4 Years) |
Single amount at the end of 4th year = $ 33,550 * (1+0.08)^4 |
Single amount at the end of 4th year = $ 33,550 * 1.3605 |
Single amount at the end of 4th year = $ 45,644.41 |
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