L e a d e r s h i p C o h o r t
Unit Five -
Advanced Applications
Assignments: |
Tutorials: |
Area of a Region -
Between to Curves: Preview These Lessons:
Bookwork (Larson 7e):
6.1 Pg 418: 1-14, 15-29 odd, 41, 43, 46 Do These Problems:
Definite Integrals and Regional Area
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Tutorials:
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Volumes 1 - The Disk Method:
Preview This Lesson:
Bookwork (Larson 7e):
6.2 Pg 428: 1-14, 11-31 odd, 55, 60, 62, 67 |
Tutorials:
Enrichment:
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Volumes 2 - The Shell Method:
Preview These Lessons:
Bookwork (Larson 7e):
6.3 Pg 437: 1-16, 17-23 odd, 35-39 Do These Problems:
Calculating Volumes with Integration
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Tutorials:
Enrichment:
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Arc Length and Surface Area:
Preview These Lessons:
Bookwork (Larson 7e):
6.4 Pg 447: 1-20, 28, 30, 45-49, 55, 56 Do These Problems:
Calculating Surface Areas with Integration
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Tutorials:
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Take Calculus Test 7
Calculus Test 7:
Definte Integration for Volumes and Surface Area |
Study and Review for Test 7
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Work and Force:
Preview These Lessons:
Bookwork (Larson 7e):
6.5 Pg 456: 1-21, 23-30, 31-35, 39-41 Do These Problems:
Definite Integration - Work of a Constant Force
Definite Integration - Work of a Variable Force
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Tutorials:
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Moments and Centroids:
Preview These Lessons:
Bookwork (Larson 7e):
6.6 Pg 467: 1-12, 13-23 odd, 33-38, 43-52 Do These Problems:
Definite Integration - Moments of Inertia & Centroids
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Tutorials:
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Fluid Pressure and Fluid Force:
Preview These Lessons:
Bookwork (Larson 7e):
6.7 Pg 474: 1-25, 28 Do These Problems:
Definite Integration - Fluid Force and Fluid Pressure
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Tutorials:
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Mixed Applications Problems:
Derivative and Integration Synopsis Preview This Lesson:
Do These Problems:
Mixed Application Worksheet 1 - The Derivative
Mixed Application Worksheet 2 - The Integral
Mixed Application Worksheet 3 - You Decide
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Tutorials:
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Take Calculus Test 8
Calculus Test 8:
Integration by Substitution, Trapezoidal Approximation and Basic Motion Problems |
Study and Review for Test 8
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E n d U n i t F i v e
Recommended Sites:
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Ongoing Value:
Proving Trig Limits:
Limit: [sin (theta)] / theta theta -->zero Limit: [1-cos(theta)] / theta theta -->zero Use This Resource:
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