Basics (not really though)
Evaluate ∫ln(x) dx
What is xln(x)−x+C?
Evaluate ∫xexdx
What is xe^x−e^x+C or e^x(x−1)+C?
Evaluate ∫e^xsin(x)dx
What is (e^x(sinx−cosx))/2+C?
Evaluate ∫1->e(ln(x)dx)
What is 1?
Evaluate ∫x^2arctan(x)dx
What is (x^3/3)arctan(x)−6x^2+6ln(1+x^2)+C?
Evaluate ∫xln(x) dx
What is (x^2/2)ln(x)-(x^2/4)+C?
Evaluate ∫xcos(x)dx
What is xsin(x)+cos(x)+C?
Evaluate ∫e^xcos(x)dx
What is (e^x(sinx+cosx))/2+C
∫0->1(xln(x)dx)
What is -1/4?
Evaluate ∫xln(x+1)dx
What is (x^2-1/2)ln(x+1)−/4x^2+x/2+C ?
Evaluate ∫arctan(x) dx
What is xarctan(x)−12ln(1+x^2)+C?
Evaluate ∫x^2e^xdx
What is e^x(x^2−2x+2)+C
Evaluate ∫e^−xsin(x)dx
What is −(e^−x(sinx+cosx))/2+C
∫0->π(xsin(x)dx)
What is pi or π?
Evaluate ∫x^2ln^2(x)dx
What is (x^3/3)ln^2(x)−(2x^3/9)ln(x)+(2x^3/27)+C ?
Evaluate ∫ln(2x+1) dx
What is (((2x+1)ln(2x+1)−(2x+1))/2)+C?
Evaluate ∫x^3sin(x)dx
What is −x^3cos(x)+3x^2sin(x)+6xcos(x)−6sin(x)+C?
Evaluate ∫e^2xcos(3x)dx
(e^(2x)(2cos(3x)+3sin(3x)))/13+C
Evaluate ∫1->e(xln(x)dx)
What is (e^2+1)/4?
Evaluate ∫x^3e^xsin(x)dx
What is (e^x/2)[(x^3−3x^2+3x+3)sin(x)−(x^3+3x^2−3x−3)cos(x)]+C? (jeez man)
Evaluate ∫ln^2(x) dx
What is x(ln^2(x)−2ln(x)+2)+C?
Evaluate ∫x^4e−xdx
−e^−x(x^4+4x^3+12x^2+24x+24)+C
Evaluate ∫e^(3x)sin(4x)dx
(e^(3x)(3sin(4x)−4cos(4x)))/25+C
Evaluate ∫0->π(x^2sin(x)dx)
What is π^2-4?
Evaluate ∫x
What is 1/2x^2? (Haha, I tricked you it wasn't actually that hard)