What is expand (e^{(-3s)(4-8s)})/(s^2+64) ?

The solution to expand (e^{(-3s)(4-8s)})/(s^2+64) is (e^{-12s+24s^2})/(s^2+64)

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expand (e^{(-3s)(4-8s)})/(s^2+64)

expand

\frac{e ^{(- 3 s) (4 - 8 s)}}{s ^{2} + 64}

\frac{e ^{- 12 s + 24 s^{2}}}{s ^{2} + 64}

Solution steps

\frac{e ^{(- 3 s) (4 - 8 s)}}{s ^{2} + 64}

Remove parentheses:

(- a) = - a

= \frac{e ^{- 3 s (4 - 8 s)}}{s ^{2} + 64}

e^{- 3 s (4 - 8 s)} = e^{- 12 s + 24 s^{2}}

= \frac{e ^{- 12 s + 24 s^{2}}}{s ^{2} + 64}

(- 1 + i 3)^{4}

(x + i)^{4}

(8 + 7) (9 + 2)

(x + 5 x^{2})^{2}

(1 + 2 x - 2)^{2}

What is expand (e^{(-3s)(4-8s)})/(s^2+64) ?
The solution to expand (e^{(-3s)(4-8s)})/(s^2+64) is (e^{-12s+24s^2})/(s^2+64)