Evaluate the definite Integral by the limit definition. Step 1 To find the definite Integral dx by the Iimit definition, divide the Interval [-2, 2] Into n subintervals. Then the width of each Interval Is b- a Ax = 2-(-2) Note that TAI as n .

College Algebra
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ISBN:9781938168383
Author:Jay Abramson
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Chapter3: Functions
Section3.3: Rates Of Change And Behavior Of Graphs
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Evaluate the definite Integral by the limit definiton.
Step 1
To find the definite Integral
y by the limit definition, divide the Interval [-2, 2] Inton subintervals.
Then the width of each Interval Is
b- a
Ax =
2-(-2)
Note that TAI
as n .
Transcribed Image Text:Evaluate the definite Integral by the limit definiton. Step 1 To find the definite Integral y by the limit definition, divide the Interval [-2, 2] Inton subintervals. Then the width of each Interval Is b- a Ax = 2-(-2) Note that TAI as n .
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