What is expand sinh(x)\H(x)-eH(x-1)sinh(x-1) ?

The solution to expand sinh(x)\H(x)-eH(x-1)sinh(x-1) is sinh(x)\H(x)-exHsinh(x-1)+eHsinh(x-1)

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expand sinh(x)\H(x)-eH(x-1)sinh(x-1)

expand

sinh (x) H (x) - eH (x - 1) sinh (x - 1)

sinh (x) H (x) - e x H sinh (x - 1) + eH sinh (x - 1)

Solution steps

sinh (x) H (x) - eH (x - 1) sinh (x - 1)

= sinh (x) H (x) - eH sinh (x - 1) (x - 1)

Expand

- eH sinh (x - 1) (x - 1) : - e x H sinh (x - 1) + eH sinh (x - 1)

= sinh (x) H (x) - e x H sinh (x - 1) + eH sinh (x - 1)

cosh (t + π) u (t + π)

\frac{( x + 12 ) ( x - 3 )}{( x + 12 ) 5 x}

[\frac{1}{( x + 1 ) ^{2}}]^{^{'}}

ln (16) x^{2}

(3 e^{3 x} + 4 e^{- 4 x})^{3}

What is expand sinh(x)\H(x)-eH(x-1)sinh(x-1) ?
The solution to expand sinh(x)\H(x)-eH(x-1)sinh(x-1) is sinh(x)\H(x)-exHsinh(x-1)+eHsinh(x-1)