Step 5 Substituting u = 7 – 6x² gives 4/3 2 4/3 (7- 6x |(7 - 6x3)3(-12x) dx = + C (7- 62) (7– 6z)/3 + C Step 6 To check the result, differentiate the antiderivative obtained in the previous step by using the Sum Rule of Differentiation. 4/3 6x + c 3 4 d 6x2 + d (C) 3 4 d Now use the Chain Rule and simplify. (-12x) 3 - (7 - (-12x) Submit Skip (you cannot come back)
Step 5 Substituting u = 7 – 6x² gives 4/3 2 4/3 (7- 6x |(7 - 6x3)3(-12x) dx = + C (7- 62) (7– 6z)/3 + C Step 6 To check the result, differentiate the antiderivative obtained in the previous step by using the Sum Rule of Differentiation. 4/3 6x + c 3 4 d 6x2 + d (C) 3 4 d Now use the Chain Rule and simplify. (-12x) 3 - (7 - (-12x) Submit Skip (you cannot come back)
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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![Step 5
Substituting u = 7 – 6x2
gives
4/3
2
4/3
(7- 6xv
(7 – 6x2)1/3(-12x) dx =
+ C
(7-6)
3
(7-622)/3 + C
Step 6
To check the result, differentiate the antiderivative obtained in the previous step by using the Sum Rule of
Differentiation.
4/3
6x
+ c
3
4 d
6x
+
(C)
3
4 d
Now use the Chain Rule and simplify.
(-12x)
3
- (7 -
(-12x)
Submit
Skip (you cannot come back)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fff82fd9d-8ee3-4315-9176-f6fcf2de3a44%2F70a2ef0e-0580-48aa-850e-4896398827f1%2Fdx8r84_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Step 5
Substituting u = 7 – 6x2
gives
4/3
2
4/3
(7- 6xv
(7 – 6x2)1/3(-12x) dx =
+ C
(7-6)
3
(7-622)/3 + C
Step 6
To check the result, differentiate the antiderivative obtained in the previous step by using the Sum Rule of
Differentiation.
4/3
6x
+ c
3
4 d
6x
+
(C)
3
4 d
Now use the Chain Rule and simplify.
(-12x)
3
- (7 -
(-12x)
Submit
Skip (you cannot come back)
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