Asked by Thara!
Calculate the future value of quarterly payments of $1200 for 5 years, if the rate of interest was 10% compounded quarterly for the first 2 years and will be 9% compounded quarterly for the last 3 years.
Answers
Answered by
Thara!
I solved for both which i got
aFV= $10483.34
bFV= $16322.67
to get this answer i used this formula: FV=PMT((1+i)^n))-1/i
i just don't know what do i do now?
aFV= $10483.34
bFV= $16322.67
to get this answer i used this formula: FV=PMT((1+i)^n))-1/i
i just don't know what do i do now?
Answered by
MathMate
See answer to repost:
http://www.jiskha.com/display.cgi?id=1271904679
http://www.jiskha.com/display.cgi?id=1271904679
Answered by
Reiny
At the end of the first 2 years, the value of the payments up to that point will be
1200 ( 1.025^8 - 1)/.025 = 10483.339 (you had that)
let's "move" that up to the end of 5 years at the new rate
value = 10483.339(1.0225^12) = 13691.765
Amount of the last 3 years' payments at year 5
= 1200( 1.0225^12 - 1)/.0225 = 16322.666
so total amount = 16322.666 + 13691.765 = $30 014.43
1200 ( 1.025^8 - 1)/.025 = 10483.339 (you had that)
let's "move" that up to the end of 5 years at the new rate
value = 10483.339(1.0225^12) = 13691.765
Amount of the last 3 years' payments at year 5
= 1200( 1.0225^12 - 1)/.0225 = 16322.666
so total amount = 16322.666 + 13691.765 = $30 014.43
Answered by
Reiny
Damon, didn't see that you already did this question.
Well, at least we agree down to the last penny, lol
Well, at least we agree down to the last penny, lol
Answered by
Thara!
Thank u soo much...u both really helped me at the right time...i have final exam tomorrow...and i am now prepared..thanks again!!!