Search for: The value of ∫ex1+nxn−1−x2n1−xn1−x2ndx is equal to The value of ∫ex1+nxn−1−x2n1−xn1−x2ndx is equal to Aex1−x2+CBex1+x2n1+x2n+CCex1−xn1−x2n+CDex1−x2n1−xn+C Register to Get Free Mock Test and Study Material +91 Verify OTP Code (required) I agree to the terms and conditions and privacy policy. Solution:Let f(x)=1−x2n1−xn⇒f′(x)=1−xn121+xn.nxn-1−1+xn121-xn.-nxn-11−xnf'(x)=1−xn.nxn−1+1+xn.nxn-121−xn1−x2nf'(x)=nxn−11−xn1−x2n I=∫ex1+nxn−1−x2n1−xn1−x2ndx=∫ex1−x2n1−xn+nxn−11−xn1−x2ndx =∫ex(f(x)+f'(x)dx=exf(x)+c =ex1−x2n1−xn+cPost navigationPrevious: If ∫cotxsinxcosxdx=Pcotx+Q then the value of P4 isNext: If ∫x71−x25dx=1λx81−x24+C then λ is equal toRelated content JEE Main 2023 Question Papers with Solutions JEE Main 2024 Syllabus Best Books for JEE Main 2024 JEE Advanced 2024: Exam date, Syllabus, Eligibility Criteria JEE Main 2024: Exam dates, Syllabus, Eligibility Criteria JEE 2024: Exam Date, Syllabus, Eligibility Criteria NCERT Solutions For Class 6 Maths Data Handling Exercise 9.3 JEE Crash Course – JEE Crash Course 2023 NEET Crash Course – NEET Crash Course 2023 JEE Advanced Crash Course – JEE Advanced Crash Course 2023