Solution 02 03 2016 at 03 00am EST 1 pt Evaluate the following integral by making the given substitution Z x 7 x2 10 dx u 7 x2 1 1 pt Find the
Solution at am EST pt Evaluate the following integral by making the given substitution Z x x dx
Solution at am EST pt Evaluate the following integral by making the given
pt Evaluate the following integral by making the given substitution Z x x dx u x pt Find the
Solution at am EST pt Evaluate the following integral by making
the given substitution Z x x dx u x pt Find the
Solution at am EST pt Evaluate the following integral
Solution at am EST
(Solution) 02/03/2016 at 03:00am EST. (1 pt) Evaluate the following integral by making the given substitution: Z x(7 + x2 )10 dx, u = 7 + x2 1. (1 pt) Find the...

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I need help with these questions...I would also like to say that Brainfuse...you are awesome!!!! I understood perfectly your explanation, I owe you all my thanks!Mohammed Yaaseen Gomdah E WeBWorK assignment due : 02/03/2016 at 03:00am EST. 1. (1 pt) Find the derivative of f ( x ) = ? x 2 + 1 + C to complete the following integration formula: R dx = ? x 2 + 1 + C 2. (1 pt) Using an upper-case ”C” for any arbitrary constants, ?nd the general inde?nite integral Z - 3 3 ? xdx Integral = 3. (1 pt) Using an upper-case ”C” for any arbitrary constants, ?nd the general inde?nite integral Z ( 5 - t )( 7 + t 2 ) dt Integral = 4. (1 pt) Using an upper-case ”C” for any arbitrary constants, ?nd the general inde?nite integral Z ± 2 x 2 - 5 + - 8 x 2 + 1 ² dx Integral = 5. (1 pt) Evaluate the integral Z 9 1 5 x + 4 ? x dx Integral = 6. (1 pt) Evaluate the following integral by making the given substi- tution: Z x ( 7 + x 2 ) 10 dx , u = 7 + x 2 Note: Any arbitrary constants used must be an upper-case ”C”. 7. (1 pt) Evaluate the following integral by making the given substi- tution: Z 4 e sin ( x ) cos ( x ) dx , u = sin ( x ) Note: Any arbitrary constants used must be an upper-case ”C”. 8. (1 pt) Evaluate the inde?nite integral Z - 7 x 4 ? x + 2 dx Note: Any arbitrary constants used must be an upper-case ”C”. 9. (1 pt) Evaluate the de?nite integral (if it exists) Z 2 1 - 9 x ? x - 1 dx If the integral does not exist, type ”DNE”. 10. (1 pt) Using an upper-case ”C” for any arbitrary constants, ?nd the general inde?nite integral Z ( - 9 e u + 5sec 2 ( u )) du Integral = Generated by the WeBWorK system c ± WeBWorK Team, Department of Mathematics, University of Rochester 1

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