APR = 3.50% | ||
Effective annual rate = (1+0.035/2)^2-1 = 3.53063% | ||
APR(monthly) = 12[(1.035306)1/12 - 1] =3.474749% | ||
Monthly rate = 3.474749/12 =0.289562% | ||
Amount of loan | ||
Present Value Of Annuity | ||
c= Cash Flow | 1200 | |
i= Interest Rate | 0.2896% | |
n= Number Of Periods | 60 | |
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 | ||
= $1200[ 1-(1+0.00289562)^-60 /0.00289562] | ||
= $1200[ 1-(1.00289562)^-60 /0.00289562] | ||
= $1200[ (0.1593) ] /0.00289562 | ||
= $66,005.02 | ||
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