What is expand (ks^2)/((s+c)(s+u+d)) ?

The solution to expand (ks^2)/((s+c)(s+u+d)) is (ks^2)/(s^2+su+ds+cs+cu+cd)

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expand (ks^2)/((s+c)(s+u+d))

expand

\frac{k s ^{2}}{( s + c ) ( s + u + d )}

\frac{k s ^{2}}{s ^{2} + s u + d s + cs + c u + c d}

Solution steps

\frac{k s ^{2}}{( s + c ) ( s + u + d )}

Expand

(s + c) (s + u + d) : s^{2} + s u + d s + cs + c u + c d

= \frac{k s ^{2}}{s ^{2} + s u + d s + cs + c u + c d}

x^{\frac{4}{5}} (7 x - 28)^{2}

H (t - b) (t - π) + e^{a t} sinh (2 a t)

A (- 3, - 4)

x (7 - \frac{x ^{2}}{12} - \frac{2 x}{3})

(e^{x} - e^{- x})^{3}

What is expand (ks^2)/((s+c)(s+u+d)) ?
The solution to expand (ks^2)/((s+c)(s+u+d)) is (ks^2)/(s^2+su+ds+cs+cu+cd)