What Iam trying to calculate is I have income on a monthly basis say 300$ and
it is paid monthly and each year the monthly payment is is increased by the
rate of inflation, say 2.5% and this is over 15 years. Can anyone help>> Many
thanks Zapie
What Iam trying to calculate is I have income on a monthly basis say 300$ and
it is paid monthly and each year the monthly payment is is increased by the
rate of inflation, say 2.5% and this is over 15 years. Can anyone help>> Many
thanks Zapie
You could use compund interest calculation:
Annual income $3600 increased by 2.5% over 15 years
3600*(1.05)^15 (1.05 to power 15)
Enter formula in a cell:
=3600*POWER(1.05,15)
or
a1: 3600
b1=2.5%
c1=15 years
in d1 put =A1*power(1+B1,C1)
"zapie" wrote:
> What Iam trying to calculate is I have income on a monthly basis say 300$ and
> it is paid monthly and each year the monthly payment is is increased by the
> rate of inflation, say 2.5% and this is over 15 years. Can anyone help>> Many
> thanks Zapie
In my previous reply 1.05 should be 1.025 (for 2.5%).
"Toppers" wrote:
> You could use compund interest calculation:
>
> Annual income $3600 increased by 2.5% over 15 years
>
> 3600*(1.05)^15 (1.05 to power 15)
>
> Enter formula in a cell:
>
> =3600*POWER(1.05,15)
>
> or
>
> a1: 3600
> b1=2.5%
> c1=15 years
>
> in d1 put =A1*power(1+B1,C1)
>
> "zapie" wrote:
>
> > What Iam trying to calculate is I have income on a monthly basis say 300$ and
> > it is paid monthly and each year the monthly payment is is increased by the
> > rate of inflation, say 2.5% and this is over 15 years. Can anyone help>> Many
> > thanks Zapie
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