Asked by Sally
You want to have 1.5 million in real dollars in an account when you retire in 40 yeras. the nominal return on your investment is 11 percent and the inflation rate is 3.8 percent. What real amount must you deposit each year to achieve your goal?
My answer is this correct:
real interest rate = 6.94%
FV = 1.5 million
N = 40 yrs
pmt = $7,630.72
Real amount each month is $7,630.72
My answer is this correct:
real interest rate = 6.94%
FV = 1.5 million
N = 40 yrs
pmt = $7,630.72
Real amount each month is $7,630.72
Answers
Answered by
Nick
Real rate = 11-3.8
= 7.2%
1,500,000/(1+0.072)^40= 92960.80
To check this is correct you can do:
92960.80*(1+0.072)^40= 1,500,000
= 7.2%
1,500,000/(1+0.072)^40= 92960.80
To check this is correct you can do:
92960.80*(1+0.072)^40= 1,500,000
Answered by
n
edfd
Answered by
Amanda
you need to use the Fisher formula to find the real interest rate
1+R=(1+r)x(1+h)
where R=11%nominal rate
h=3.8%inflation
and r= the real interest rate
1+.11=(1+r)x(1+.038)
r=6.94% =I/Y
N=40
PV=0
FV=1.5million
PMT=7630.72
1+R=(1+r)x(1+h)
where R=11%nominal rate
h=3.8%inflation
and r= the real interest rate
1+.11=(1+r)x(1+.038)
r=6.94% =I/Y
N=40
PV=0
FV=1.5million
PMT=7630.72
Answered by
Maria
You want to have $5 million in real dollars in an account when you retire in 30 years. The nominal return on your investment is 8 percent and the inflation rate is 3.9 percent.
What real amount must you deposit each year to achieve your goal?
What real amount must you deposit each year to achieve your goal?