1) ∫e^(3x)sin(4x)dx
2) ∫(tanx)^8(secx)^2dx
3) ∫(sinx)^3(cosx)^2dx
4)∫(tan(8x))^3sec(8x)dx
2) ∫(tanx)^8(secx)^2dx
3) ∫(sinx)^3(cosx)^2dx
4)∫(tan(8x))^3sec(8x)dx
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1.) Can be solved through 2 successive integrations and then solving for the integral using algebra.
2.) ∫tan^8(x)*sec^2(x) dx
z = tan(x) => dz = sec^2(x) dx
= ∫z^8 dz = (z^9)/9 + C
= tan^9(x)/9 + C
2.) ∫tan^8(x)*sec^2(x) dx
z = tan(x) => dz = sec^2(x) dx
= ∫z^8 dz = (z^9)/9 + C
= tan^9(x)/9 + C