A = P(1 + r/n)^k
A amount accrued =unknown
P deposit/investment/prinipal = $4500
r rate = 2.5% =0.025
n= times compounded each year=1
k= n*t = 1*25 = 25
t= time in years = 25
A = 4500(1 + .025/1)^25= $8,342.75
B M.
asked 09/26/19Robin, who is self-employed, contributes $4500/year into a Keogh account. How much will he have in the account after 25 years if the account earns interest at the rate of 2.5%/year compounded yearly? (Round your answer to the nearest cent.)
Id be greatful for any help.
A = P(1 + r/n)^k
A amount accrued =unknown
P deposit/investment/prinipal = $4500
r rate = 2.5% =0.025
n= times compounded each year=1
k= n*t = 1*25 = 25
t= time in years = 25
A = 4500(1 + .025/1)^25= $8,342.75
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