`int_0^a (sqrt(a^2-x^2)+xe^x)dx`

int_0^a x/sqrt(a^2-x^2) dx

int_0^a x/sqrt(a^2+x^2)dx

The value of the expression (int_0^a x^4(sqrt(a^2-x^2))dx)/(int_0^a x^2(sqrt(a^2-x^2))dx) is

The value of the expression (int_0^a x^4(sqrt(a^2-x^2)))/(int_0^a x^2(sqrt(a^2-x^2))) dx is

The value of the expression (int_0^a x^4(sqrt(a^2-x^2)))/(int_0^a x^2(sqrt(a^2-x^2))) dx is

The value of the expression (int_0^a x^4(sqrt(a^2-x^2)))/(int_0^a x^2(sqrt(a^2-x^2))) dx is

Evaluate: int_0^a(x^4)/(sqrt(a^2-x^2))dx

int_0^a(dx)/(sqrt(a x-x^2))

(i) int_0^a sqrtx/(sqrtx+sqrt(a-x)) dx (ii) int_0^5 sqrtx/(sqrtx+sqrt(5-x)) dx (iii) int_0^a (dx)/(x+sqrt(a^2+x^2))

Evaluate int_0^sqrt(2)sqrt(2-x^2)dx