Question

integral of x⁴ sin(x^5 + 6) is equal to​

Answer 1

Step-by-step explanation:

Let

${x}^{5} + 6 = t = > 5 {x}^{4}dx = dt$

$= > {x}^{4} dx = \frac{dt}{5} ....(i)$

$\int {x}^{4} \sin( {x}^{5} + 6)dx$

$= > \int \sin(t) \frac{dt}{5} \: \: \: \: (from \: \:( i))$

$= - \frac{ \cos(t) }{5} + c$

$= - \frac{ \cos( {x}^{5} + 6) }{5} + c$

Answer 2

Answer:

i know the answer i am solving the question on paper ,will edit the answer once i am done

Step-by-step explanation: