(b) Find an anti-derivative of g(r) = 2-4. (c) Generalize the above results as follows. Suppose that F is an anti-derivative of f. Find an anti-derivative of the new function g(x) f(ar). %3D Evaluate the integrals:

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Question 8-5 part (c) 

9(t) = +t+?
Vi
(Ъ)
(c) h(r) 3-2" +2.3"
(d) r(2) =
8-3. Repeat Exercise 8-2, but now find the unique anti-derivative satisfying the initial condition
below:
(a) F(1) = 15
(b) G(0) = -5
(c) H(1) = 0
(d) R(0) = 4
8-4. Find all such f(t) such that f"(t) = e + t4
8-5. (a) Find an anti-derivative of f(r) e2".
(b) Find an anti-derivative of g(r) = 2-".
(c) Generalize the above results as follows. Suppose that F is an anti-derivative of f. Find
an anti-derivative of the new function g(r) f(ax).
8-6. Evaluate the integrals:
(a) /
24+u?
(d)
(1+x+ x²) dr
du
(ь)
(b)
VEtz?
dz
(z +e) dr
(e)
(c) / (2x – e*)
8-7. Find the derivative of the functions:
dz
24+1
u²-1
= / In(t) dt
(c) g(x) = /|
(a) h(z):
-3z
(d) r(x) =
J2z
du
u2+1
Transcribed Image Text:9(t) = +t+? Vi (Ъ) (c) h(r) 3-2" +2.3" (d) r(2) = 8-3. Repeat Exercise 8-2, but now find the unique anti-derivative satisfying the initial condition below: (a) F(1) = 15 (b) G(0) = -5 (c) H(1) = 0 (d) R(0) = 4 8-4. Find all such f(t) such that f"(t) = e + t4 8-5. (a) Find an anti-derivative of f(r) e2". (b) Find an anti-derivative of g(r) = 2-". (c) Generalize the above results as follows. Suppose that F is an anti-derivative of f. Find an anti-derivative of the new function g(r) f(ax). 8-6. Evaluate the integrals: (a) / 24+u? (d) (1+x+ x²) dr du (ь) (b) VEtz? dz (z +e) dr (e) (c) / (2x – e*) 8-7. Find the derivative of the functions: dz 24+1 u²-1 = / In(t) dt (c) g(x) = /| (a) h(z): -3z (d) r(x) = J2z du u2+1
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