Solve for ((1 integral 0) x3(2+2x4)5 dx) instead

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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Solve for ((1 integral 0) x3(2+2x4)5 dx) instead 

Evaluate the definite integral.
Step 1
If we let u= 2 + 2x4, then du = 8x
dx.
Step 2
If u = 2+ 2x is substituted into
(2 + 2x dx. then we have
2+ 2+9* dx = / u
uPx dx.
We must also convert x dx into an expression involving u.
Using du = &x° dx, then we get
du
x dx =
8
up-
Step 3
Thus the indefinite integral
x* (2 + 2x*)> dx
becomes
u du-
We must also convert the integral limits.
If x = 1, then u=
If x = 0, then u= 2
Step 4
Using u = 2+ 2x, then the integral / (2+ 2x) dx becomes
u du
This evaluates as
1 64
4
64
4 J2
15
15
2
-l00
Transcribed Image Text:Evaluate the definite integral. Step 1 If we let u= 2 + 2x4, then du = 8x dx. Step 2 If u = 2+ 2x is substituted into (2 + 2x dx. then we have 2+ 2+9* dx = / u uPx dx. We must also convert x dx into an expression involving u. Using du = &x° dx, then we get du x dx = 8 up- Step 3 Thus the indefinite integral x* (2 + 2x*)> dx becomes u du- We must also convert the integral limits. If x = 1, then u= If x = 0, then u= 2 Step 4 Using u = 2+ 2x, then the integral / (2+ 2x) dx becomes u du This evaluates as 1 64 4 64 4 J2 15 15 2 -l00
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