In: Finance
You are planning to save for retirement over the next 30 years. To do this, you will invest $700 a month in a stock account and $400 a month in a bond account. The return of the stock account is expected to be 10 percent, and the bond account will pay 6 percent. When you retire, you will combine your money into an account with a 9 percent return. Required: How much can you withdraw each month from your account assuming a 20-year withdrawal period?(Do not round your intermediate calculations.) rev: 09_17_2012 $214,222.69 $18,208.93 $17,851.89 $711,295.81 $17,494.85
$17,851.89
Step-1:Calculation of future value of investment | |||||||||
# 1 | |||||||||
Future value of stock investment | = | Monthly investment * Future value of annuity of 1 | |||||||
= | $ 700 | * | 2260.487925 | ||||||
= | $ 15,82,341.55 | ||||||||
Working: | |||||||||
Future value of annuity of 1 | = | (((1+i)^n)-1)/i | Where, | ||||||
= | (((1+0.008333)^360)-1)/0.008333 | i | 10%/12 | = | 0.008333 | ||||
= | 2260.487925 | n | 30*12 | = | 360 | ||||
# 2 | |||||||||
Future value of bonds investment | = | Monthly investment * Future value of annuity of 1 | |||||||
= | $ 400 | * | 1004.515042 | ||||||
= | $ 4,01,806.02 | ||||||||
Working: | |||||||||
Future value of annuity of 1 | = | (((1+i)^n)-1)/i | Where, | ||||||
= | (((1+0.005)^360)-1)/0.005 | i | 6%/12 | = | 0.005 | ||||
= | 1004.515042 | n | 30*12 | = | 360 | ||||
# 3 | |||||||||
Future value of investment in 25 years | = | Future value of stock investment + Future value of bond investment | |||||||
= | $ 15,82,341.55 | + | $ 4,01,806.02 | ||||||
= | $ 19,84,147.56 | ||||||||
Step-2:Calculation of monthly withdrawal | |||||||||
Monthly withdrawal | = | Present value / Present value of annuity of 1 | |||||||
= | $ 19,84,147.56 | / | 111.144954 | ||||||
= | $ 17,851.89 | ||||||||
Working: | |||||||||
Present value of annuity of 1 | = | (1-(1+i)^-n)/i | Where, | ||||||
= | (1-(1+0.0075)^-240)/0.0075 | i | 9%/12 | = | 0.0075 | ||||
= | 111.144954 | n | 20*12 | = | 240 |