If `intf(x)dx=psi(x)` , then `intx^5f(x^3")"dx` is equal to (1) `1/3x^3psi(x^3)-3intx^3psi(x^3)dx+C` (2) `1/3x^3psi(x^3)-intx^2psi(x^3)dx+C` (3) `1/3x^3psi(x^3)-intx^3psi(x^3)dx+C` (4) `1/3[x^3psi(x^3)-intx^2psi(x^3)dx]+C`

If int f(x)dx=psi(x) , then int x^5f(x^3)dx

If int f(x)dx=psi(x) , then int x^5f(x^3)dx

If int f(x)dx=psi(x) , then int x^5f(x^3)dx

If int f(x)dx=psi(x), then int x^(5)f(x^(3))dx

If intf(x)dx=Psi(x)," then "intx^(5)f(x^(3))dx is equal to -

If intf(x)= Psi(x)dx+C then intx^(5)f(x^3)dx is equal to

If int f(x)dx=Psi(x), "then" int x^(5)f(x^(3))dx ie equal to :

If intf(x)dx=Psi(x) , then intx^(5)f(x^(3))dx is equal to a) 1/3[x^(3)Psi(x^(3))-intx^(2)Psi(x^(3))dx]+c b) 1/3x^(3)Psi(x^(3))-3intx^(2)Psi(x^(3))dx+c c) 1/3x^(3)Psi(x^(3))-intx^(2)Psi(x^(3))dx+c d) 1/3[x^(3)Psi(x^(3))-intx^(3)Psi(x^(3))dx]+c

If int f(x)dx=psi(x), then int x^(5)f(x^(3))dxint x^(5)f(x^(3))dx(1)/(3)x^(3)psi(x^(3))-3int x^(3)psi(x^(3))dx+C(2)(1)/(3)x^(3)psi(x^(3))-int x^(3)psi(x^(3))dx+C(3)(1)/(3)x^(3)psi(x^(3))-int x^(3)psi(x^(3))dx+C(4)(1)/(3)[x^(3)psi(x^(3))-int x^(2)psi(x^(3))dx]+C