Use one of the following formulas:

$I=PVrt$;$,FV=PV(1+rt)$;$,FV=PV(1+i{)}^n$;$,FV=PV{e}^{rt}$;$,r_E=(1+\frac{r}{m}{)}^m-1$;

$FV=PMT[\frac{(1+i{)}^n-1}{i}]$;$,PV=PMT[\frac{1-(1+i{)}^{-n}}{i}]$;$,PMT=\frac{\text{P}\text{V}\text{i}}{1-(1+i{)}^{-n}}$;$,B=PMT[\frac{1-(1+i{)}^{-(n-x)}}{i}]$

If Bob deposits $$5000$ at the end of each year for $3$ years in an account paying $3\%$ interest compounded annually, find the amount he will have

in the account at the end of $3$ years.

A$.$ $$15,450$

B$.$ $$15,454\mathrm{.}50$

C$.$ $$10,454\mathrm{.}50$

D$.$ $$10,150\mathrm{.}00$

E$.$ $$20,918\mathrm{.}14$