What is expand K/((Js+b)(Ls+R)+K^2) ?

The solution to expand K/((Js+b)(Ls+R)+K^2) is K/(LJs^2+JsR+Lsb+bR+K^2)

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expand K/((Js+b)(Ls+R)+K^2)

expand

\frac{K}{( J s + b ) ( L s + R ) + K ^{2}}

\frac{K}{L J s ^{2} + J s R + L s b + b R + K ^{2}}

Solution steps

\frac{K}{( J s + b ) ( L s + R ) + K ^{2}}

Expand

(J s + b) (L s + R) + K^{2} : L J s^{2} + J s R + L s b + b R + K^{2}

= \frac{K}{L J s ^{2} + J s R + L s b + b R + K ^{2}}

\frac{x ( x - 2 )}{( x + 3 ) ( x - 4 ) ^{2}}

\frac{( 3 x + 4 ) ^{3}}{3}

(1 + e^{x}) y^{'} (x)

ln (x) (x - ln (x)) + 1

(1 - e^{- b t}) u (t)

What is expand K/((Js+b)(Ls+R)+K^2) ?
The solution to expand K/((Js+b)(Ls+R)+K^2) is K/(LJs^2+JsR+Lsb+bR+K^2)