2. For this pro Jo Useful fact: the function et does not have an easy-to-write-down antiderivative, so we'll do this problem without knowing its antiderivative - in other words, we can't really use FTC1 here. (a) Find F'(x). r3x+5 (b) Fill in the blank: if G(x) = √³+5 e² dt 3x+5 (c) Lf G(x) = √² 0 e dt find G'(x). then G(x) = F(__________

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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Seeking help on parts b and c. I figured out a, but am stuck on the other 2 parts. 

2. For this problem, F(x) = √² e²²
dt.
Useful fact: the function et does not have an easy-to-write-down antiderivative, so we'll do this problem
without knowing its antiderivative - in other words, we can't really use FTC1 here.
(a) Find F'(x).
=
(b) Fill in the blank: if G(x) =
3x+5
(c) If_G(z) = √²+
r3x+5
16.30
√²+5 et² dt
et dt
find G'(x).
then G(x) = F (________________).
43
Transcribed Image Text:2. For this problem, F(x) = √² e²² dt. Useful fact: the function et does not have an easy-to-write-down antiderivative, so we'll do this problem without knowing its antiderivative - in other words, we can't really use FTC1 here. (a) Find F'(x). = (b) Fill in the blank: if G(x) = 3x+5 (c) If_G(z) = √²+ r3x+5 16.30 √²+5 et² dt et dt find G'(x). then G(x) = F (________________). 43
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