Definite Integral – A quotient of functions with a root on a finite interval – Exercise 6415 Post category:Definite Integral Post comments:0 Comments Exercise Evaluate the integral ∫04x1+2x+1dx\int_0^4 \frac{x}{1+\sqrt{2x+1}} dx∫041+2x+1xdx Final Answer Show final answer ∫04x1+2x+1dx=73\int_0^4 \frac{x}{1+\sqrt{2x+1}} dx=\frac{7}{3}∫041+2x+1xdx=37 Solution Coming soon… Share with Friends Read more articles Previous PostDefinite Integral – A rational function on a symmetric interval – Exercise 6423 Next PostDefinite Integral – A quotient of functions with a root on a finite interval – Exercise 6425 You Might Also Like Definite Integral – Finding area between a polynomial and a line – Exercise 7002 August 21, 2019 Definite Integral – A quotient of exponential functions on a symmetric interval – Exercise 6439 July 8, 2019 Definite integral – area computation of a bounded domain – Exercise 6615 July 20, 2019 Definite Integral – x in absolute value on a finite interval – Exercise 6434 July 8, 2019 Definite Integral – A quotient of functions with a root on a finite interval – Exercise 6425 July 8, 2019 Definite Integral – Finding area between two curves – Exercise 6615 July 16, 2019 Leave a Reply Cancel replyCommentEnter your name or username to comment Enter your email address to comment Enter your website URL (optional) Δ
Definite Integral – A quotient of exponential functions on a symmetric interval – Exercise 6439 July 8, 2019
Definite Integral – A quotient of functions with a root on a finite interval – Exercise 6425 July 8, 2019
