What is expand f(x^2-sin(x))dx ?

The solution to expand f(x^2-sin(x))dx is fx^2dx-fsin(x)dx

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expand f(x^2-sin(x))dx

expand

f (x^{2} - sin (x)) d x

f x^{2} d x - f sin (x) d x

Solution steps

f (x^{2} - sin (x)) d x

Apply the distributive law:

a (b - c) = ab - a c

a = fd x, b = x^{2}, c = sin (x)

= fd x x^{2} - fd x sin (x)

= f x^{2} d x - f sin (x) d x

\frac{( - 4 t ^{4} + 32 t )}{( 4 + t ^{3} ) ^{2}}

4 y^{2} d x - (3 - y ln (y)) d y

10 \cdot (2.54 - (\frac{2.537}{x}) = 25.43)

9800 (220 π - \frac{250}{3})

\frac{3 ( 5 m - 7 )}{4 m + 8}

What is expand f(x^2-sin(x))dx ?
The solution to expand f(x^2-sin(x))dx is fx^2dx-fsin(x)dx