NettetImproper integral; Double Integral; Triple Integral; Derivative Step by Step; Differential equations Step by Step; Limits Step by Step; How to use it? Integral of d{x}: Integral of dx/x Integral of x*exp(x) Integral of -e^-x Integral of x*e^(3*x) Identical expressions; g(x) gx; g(x)dx; Similar expressions; log(x+1) NettetSolution Verified by Toppr Correct option is B) I=∫e xdx Put x=t 21x −1/2dx=dt ⇒dx=2tdt So, I=2∫te tdt =2[te t−∫e tdt] =2te t−2e t+C =2e x( x−1)+c Solve any question of Integrals with:- Patterns of problems > Was this answer helpful? 0 0 Find All solutions for this book RS Agarwal RS Agarwal Exercise 13C Similar questions ∫xe Xdx= Medium
Find the integral of y = f(x) = xex dx (xex) - with detailed solution ...
Nettet14. apr. 2024 · Select a Web Site. Choose a web site to get translated content where available and see local events and offers. Based on your location, we recommend that … NettetWhat is the best integral calculator? Symbolab is the best integral calculator solving indefinite integrals, definite integrals, improper integrals, double integrals, triple … difference between olay regenerist and whip
Problem when integrating $e^x / x$. - Mathematics Stack Exchange
NettetIntegral of d{x}: Integral of x^(-3) Integral of x*x Integral of x^(33/10)/5 Integral of 1÷x^2 Identical expressions; xex³dx; Solving integrals / xex³dx. Integral ... $$\int x^{e^{x^{3}}}\, dx = C + \int x^{e^{x^{3}}}\, dx$$ Simplify. Numerical answer 0.453421458401602. 0.453421458401602. Use ... NettetCorrect option is B) Consider the given integral. I=∫cos 2(xe x)e x(1+x) dx Let t=xe x dxdt=xe x+e x dt=e x(x+1)dx Therefore, I=∫cos 2tdt I=∫sec 2tdt I=tant+C On putting the value of t, we get I=tan(xe x)+C Hence, this is the answer. Solve any question of Integrals with:- Patterns of problems > Was this answer helpful? 0 0 Similar questions Nettet28. jun. 2016 · Good point, definitely forgot. To confirm this approach is correct when a > 0, a ≠ 1 / e, you might want to define b = log a, then you are after ∫ ( e b) x e x d x = e ( b … difference between old and new itr