What is expand (4y-e^ysin(x))+i(4y-e^ysin(x)+c) ?

The solution to expand (4y-e^ysin(x))+i(4y-e^ysin(x)+c) is (4y-e^ysin(x))+i(c+4y-e^ysin(x))

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expand (4y-e^ysin(x))+i(4y-e^ysin(x)+c)

expand

(4 y - e^{y} sin (x)) + i (4 y - e^{y} sin (x) + c)

(4 y - e^{y} sin (x)) + i (c + 4 y - e^{y} sin (x))

Solution steps

(4 y - e^{y} sin (x)) + i (4 y - e^{y} sin (x) + c)

Expand

i (4 y - e^{y} sin (x) + c) : i (c + 4 y - e^{y} sin (x))

= (4 y - e^{y} sin (x)) + i (c + 4 y - e^{y} sin (x))

\frac{( x ^{2} - 3 x - 4 ) ( x + 1 )}{( x - 1 ) ( x ^{2} + 2 x - 3 )}

\frac{( y - 3 ) ^{2}}{4}

(3 - x - 1) (6 - x - 2)

\frac{6 x ^{2} y}{( x ^{2} + x - 20 ) ( x ^{2} + 4 x - 5 )}

\frac{( sin ( x ) + x cos ( x ) ) y}{x sin ( x )}

What is expand (4y-e^ysin(x))+i(4y-e^ysin(x)+c) ?
The solution to expand (4y-e^ysin(x))+i(4y-e^ysin(x)+c) is (4y-e^ysin(x))+i(c+4y-e^ysin(x))