
Use a change of variables to evaluate the following indefinite integral. ( (Vx+5) 4 3 dx J2V Determine a change of variables from x to u. Choose the correct answer below. OA. u= (x + 5)^ OB. u= VX +5 OC. Uz OD. u= Write the integral in terms of u. (Vx+5) dx = du 28x Evaluate the integral (Vx+5)* dx=0 2/8 Click to select your answer(s).
3. (3 pts.) Convert the following double integral to an equivalent polar form but do NOT evaluate: 4-y2
3. (3 pts.) Convert the following double integral to an equivalent polar form but do NOT evaluate: 4-y2
Compute the Riemann sum S for the double integral (6x + 5y) dA where R = [1,4] × [1, 3], for the grid and sample points shown in figure below S = 155
Compute the Riemann sum S for the double integral (6x + 5y) dA where R = [1,4] × [1, 3], for the grid and sample points shown in figure below S = 155
. (10pts) Evaluate the integral. So L" (6 + 5y?) drdy
3.) a.) Evaluate the following integral. (15 points) in(1 +5x?) dx b.) Evaluate the following integral. (10 points) tanº (6x) sec 10 (6x) dx
3. Evaluate the following double integral (a) analytically. (b) using multiple-application of the trapezoidal rule with n 2 and compute the true relative error. (c) using single application of Simpson's 1/3 rule and compute the true relative erro.
3. Evaluate the following double integral (a) analytically. (b) using multiple-application of the trapezoidal rule with n 2 and compute the true relative error. (c) using single application of Simpson's 1/3 rule and compute the true relative erro.
3) Evaluate each indefinite integral. 015(6x?- 2e +2+5)dx bg(Vx-+ 3)dx
Evaluate the following integral. Six - 5y² x Sex - 52 dx =D (Type an exact answer. Use C as the arbitrary constant as needed.) Enter your answer in the answer box
Evaluate the iterated integral: 5 L, Vx+4y dx dy Answer:
In exercise 3, set up and evaluate a double integral that represents the area of the region.