`int("sin"(5x)/(2))/("sin"(x)/(2))dx` is equal to (where, C is a constant of integration)

int("sin"(5x)/(3))/("sin"(x)/(2))dx is equal to (where, C is a constant of integration)

int("sin"(5x)/(3))/("sin"(x)/(2))dx is equal to (where, C is a constant of integration)

The value of int(ln(cotx))/(sin2x)dx is equal to (where, C is the constant of integration)

The value of int(ln(cotx))/(sin2x)dx is equal to (where, C is the constant of integration)

The integral int((x)/(x sin x+cos x))^(2)" dx is equal to (where C is a constant of integration )

The integral int((x)/(x sin x+cos x))^(2)dx is equal to (where "C" is a constant of integration

The value of int((x-4))/(x^2sqrt(x-2)) dx is equal to (where , C is the constant of integration )

The value of int((x-4))/(x^2sqrt(x-2)) dx is equal to (where , C is the constant of integration )

For x^2nenpi+1, n inN (the set of natural numbers), the integral intxsqrt((2sin(x^2-1)-sin2(x^2-1))/(2sin(x^2-1)+sin2(x^2-1))) dx is equal to (where c is a constant of integration)

The integral int(sin^(2)xcos^(2)x)/(sin^(5)x+cos^(3)xsin^(2)x+sin^(3)xcos^(2)x+cos^(5)x)^(2)dx is equal to (where c is a constant of integration)