`(1) int x^(2)(sinx^(3))dx`

int x^(2)sinx dx

int x^(2)sinx dx

int(1)/(sinx.cos^(3)x)dx=

int x^(2)sinx^(3)cos x^(3)dx

int(1)/(sinx*cos^(2)x)dx=

int_0^1(tan^(-1)x)/x dx is equals to (a) int_0^(pi/2)(sinx)/x dx (b) int_0^(pi/2)x/(sinx)dx (c) 1/2int_0^(pi/2)(sinx)/x dx (d) 1/2int_0^(pi/2)(""x)/(sinx)dx

int_0^1(tan^(-1)x)/x dx is equals to (a) int_0^(pi/2)(sinx)/x dx (b) int_0^(pi/2)x/(sinx)dx (c) 1/2int_0^(pi/2)(sinx)/x dx (d) 1/2int_0^(pi/2)(""x)/(sinx)dx

int_0^1(tan^(-1)x)/x dx is equals to int_0^(pi/2)(sinx)/x dx (b) int_0^(pi/2)x/(sinx)dx 1/2int_0^(pi/2)(sinx)/x dx (d) 1/2int_0^(pi/2)(""x)/(sinx)dx

int(cosx)/((1-sinx)^(3)(2+sinx))dx=