How do I do number 6 3. f(x)= Ji-11. Find a function f and a number a such thatf(t)-dt = 2/ for all x > 0t26+Evaluate the following derivatives.2. S(z) = ["f(r)= J.t³ Vt + 1dtr1+z 13 +t - 1dtt2 + 1Evaluate the following integrals. (You may use FTC now!)4.(4 – x)/rdx5.x(2x? + 5)70dx6.5x cos(x²)dx/47.-n/4T (2³ + a® tan(x))dx[Hint: Look at the interval which we are integrating over]8. Find the area between the curves y = cos(x) and y = 1 – cos(x) on the interval [-T, 7].

Answered: Image /qna-images/answer/9b20ef7b-304d-46ab-8f79-b16195617e27.jpg

3. f(x)= Ji-1 1. Find a function f and a number a such that f(t) -dt = 2/ for all x > 0 t2 6+ %3D Evaluate the following derivatives. 2. f(r)= J. t³ Vt + 1dt f(x) = 3. f(x) = / rl+x 73 + t – 1 dt t2 + 1 %3D Evaluate the following integrals. (You may use FTC now!) [(4 – 2) Vīdz 4. 5. #(20² + 5)7°dx 6. 5x cos(x²)dx 7. (x³ + x° tan(x))dx [Hint: Look at the interval which we are integrating over] 8. Find the area between the curves y = cos(x) and y = 1 – cos(x) on the interval [–x, 7].

3. f(x)= Ji-1 1. Find a function f and a number a such that f(t) -dt = 2/ for all x > 0 t2 6+ %3D Evaluate the following derivatives. 2. f(r)= J. t³ Vt + 1dt f(x) = 3. f(x) = / rl+x 73 + t – 1 dt t2 + 1 %3D Evaluate the following integrals. (You may use FTC now!) [(4 – 2) Vīdz 4. 5. #(20² + 5)7°dx 6. 5x cos(x²)dx 7. (x³ + x° tan(x))dx [Hint: Look at the interval which we are integrating over] 8. Find the area between the curves y = cos(x) and y = 1 – cos(x) on the interval [–x, 7].

Calculus For The Life Sciences

2nd Edition

ISBN:9780321964038

Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Chapter4: Calculating The Derivative

Section4.CR: Chapter 4 Review

Problem 2CR: Determine whether each of the following statements is true or false, and explain why. The derivative...

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