How do you evaluate the definite integral #int x^2sqrt(1-x^3)# from #[0,1]#? Calculus Introduction to Integration Definite and indefinite integrals 1 Answer Eddie Sep 7, 2016 #= 2/9# Explanation: spot the pattern #d/dx (f^(x))^n = n (f(x))^(n-1) f'(x)# So #int_0^1 x^2sqrt(1-x^3) dx# #= int_0^1 d/dx(-2/9 root3(1-x^3) )dx# #= -2/9[ root3(1-x^3) ]_0^1# #= -2/9 (0 - 1) = 2/9# Answer link Related questions What is the difference between definite and indefinite integrals? What is the integral of #ln(7x)#? Is f(x)=x^3 the only possible antiderivative of f(x)=3x^2? If not, why not? How do you find the integral of #x^2-6x+5# from the interval [0,3]? What is a double integral? What is an iterated integral? How do you evaluate the integral #1/(sqrt(49-x^2))# from 0 to #7sqrt(3/2)#? How do you integrate #f(x)=intsin(e^t)dt# between 4 to #x^2#? How do you determine the indefinite integrals? How do you integrate #x^2sqrt(x^(4)+5)#? See all questions in Definite and indefinite integrals Impact of this question 1195 views around the world You can reuse this answer Creative Commons License