In: Finance
Lucy received a loan of $8,700 at 5.75% compounded monthly. She settled the loan by making periodic payments at the end of every three months for 4 years, with the first payment made 2 years and 3 months from now. What was the size of the periodic payments?
Step 1 : | ||||||
loan value 2 years and 3 month from now | ||||||
FV= PV*(1+r)^n | ||||||
Where, | ||||||
FV= Future Value | ||||||
PV = Present Value | ||||||
r = Interest rate =5.75%/12 =0.4191666667% | ||||||
n= periods in number =2.25*12 = | ||||||
= $8700*( 1+0.00479167)^27 | ||||||
=8700*1.13777 | ||||||
= $9898.56 | ||||||
Sep 2 : | Quarterly effective interest rate | |||||
Monthly rate = 0.4791666667% | ||||||
Effective interest rate = (1+0.004791666667)^3 -1 | ||||||
=1.4444% | ||||||
Step 3 : | Calculation of periodic payment | |||||
Periodic payment = [P x R x (1+R)^N]/[(1+R)^N-1] | ||||||
Where, | ||||||
P= Loan Amount | ||||||
R= Interest rate per period =1.4444% | ||||||
N= Number of periods =4*4 =16 | ||||||
= [ $9898.56x0.014444 x (1+0.014444)^16]/[(1+0.014444)^16 -1] | ||||||
= [ $142.97480064( 1.014444 )^16] / [(1.014444 )^16 -1 | ||||||
=$697.34 |