What is the value today of $1,400 per year, at a discount rate of 8 percent, if the first payment is received 7 years from now and the last payment is received 29 years from today?
Step 1 : | Value of annuity 7 years from today | |||
Present Value Of An Annuity | ||||
= C*[1-(1+i)^-n]/i] | ||||
Where, | ||||
C= Cash Flow per period | ||||
i = interest rate per period | ||||
n=number of period | ||||
= $1400[ 1-(1+0.08)^-22 /0.08] | ||||
= $1400[ 1-(1.08)^-22 /0.08] | ||||
= $1400[ (0.8161) ] /0.08 | ||||
= $14,281.0411 | ||||
Step 2 : | Today value | |||
PV= FV/(1+r)^n | ||||
Where, | ||||
FV= Future Value | ||||
PV = Present Value | ||||
r = Interest rate | ||||
n= periods in number | ||||
= $14281.0411/( 1+0.08)^7 | ||||
=14281.0411/1.71382 | ||||
= $8332.85 |
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