\(\displaystyle{18000}={P}{e}^{{.06}}{\left({4}\right)}\)

\(\displaystyle{A}={P}{e}^{{r}}{t}\)

28000=P(1.27124915)

Solve for \(\displaystyle{e}^{{.24}}\)

3P=6,293.02

Divide 8000 by 1.27124915

\(\displaystyle{A}={P}{e}^{{r}}{t}\)

28000=P(1.27124915)

Solve for \(\displaystyle{e}^{{.24}}\)

3P=6,293.02

Divide 8000 by 1.27124915