In: Finance
When interest rate is 3%:
We are given the following information:
Annual payment | PMT | To be calculated |
rate of interest | r | 3.00% |
number of years | n | 40 |
Monthly Compounding | T | 12 |
Future value | FV | $ 2,000,000.00 |
We need to solve the following equation to arrive at the
required FV
So the monthly deposit should be $2,159.69 rounded to 2 decimal
places to achieve 2 million after 40 years
Excel formula would be:=PMT(0.03/12,12*40,0,200000)
When interest rate is 6%:
We are given the following information:
Annual payment | PMT | To be calculated |
rate of interest | r | 6.00% |
number of years | n | 40 |
Monthly Compounding | T | 12 |
Future value | FV | $ 2,000,000.00 |
We need to solve the following equation to arrive at the
required FV
So the monthly deposit should be $1,004.27 rounded to 2 decimal
places to achieve 2 million after 40 years
Excel formula would be:=PMT(0.06/12,12*40,0,200000)
When interest rate is 9%:
We are given the following information:
Annual payment | PMT | To be calculated |
rate of interest | r | 9.00% |
number of years | n | 40 |
Monthly Compounding | T | 12 |
Future value | FV | $ 2,000,000.00 |
We need to solve the following equation to arrive at the
required FV
So the monthly deposit should be $427.23 rounded to 2 decimal
places to achieve 2 million after 40 years
Excel formula would be:=PMT(0.09/12,12*40,0,200000)