What is expand dx((x-sin(x))(x+cos(x))) ?

The solution to expand dx((x-sin(x))(x+cos(x))) is x^2dx+xcos(x)dx-xsin(x)dx-sin(x)cos(x)dx

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expand dx((x-sin(x))(x+cos(x)))

expand

d x ((x - sin (x)) (x + cos (x)))

x^{2} d x + x cos (x) d x - x sin (x) d x - sin (x) cos (x) d x

Solution steps

d x ((x - sin (x)) (x + cos (x)))

Remove parentheses:

(a) = a

= d x (x - sin (x)) (x + cos (x))

Expand

(x - sin (x)) (x + cos (x)) : x^{2} + x cos (x) - x sin (x) - sin (x) cos (x)

= d x (x^{2} + x cos (x) - x sin (x) - sin (x) cos (x))

Expand

d x (x^{2} + x cos (x) - x sin (x) - sin (x) cos (x)) : x^{2} d x + x cos (x) d x - x sin (x) d x - sin (x) cos (x) d x

= x^{2} d x + x cos (x) d x - x sin (x) d x - sin (x) cos (x) d x

10 (k x)

e [3414 - 316 (ln (60)) - 316 (ln (60))^{2}]

x^{2} y^{'} (x) + (x + 1) y

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

d (x)

What is expand dx((x-sin(x))(x+cos(x))) ?
The solution to expand dx((x-sin(x))(x+cos(x))) is x^2dx+xcos(x)dx-xsin(x)dx-sin(x)cos(x)dx