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Applied Mathematics II - E. Safiulina
LESSON 7. Indefinite Integrals
Integration as the reverse of differentiation
Integration as the reverse of differentiation
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1. integration as reverse of differentiation.pdf
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Self-test 6. Applications of Derivatives
Next Activity
Integration using a table of anti-derivatives
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Syllabus (Fall 2020)
Announcements
Quick Review of Composite Functions
Derivatives of Composite Functions
Self-test 1. Derivative of Composite Function
Logarithmic Derivatives
Self-test 2. Logarithmic Derivatives
Derivative of an Implicit Function
Self-test 3. Derivative of an Implicit Function
Derivative of Parametric Functions
Self-test 4. Derivative of Parametric Functions
Differentials of First and Higher Orders
Self-test 5. Differentials
Tangent and Normal
Angle between curves
L'Hospital - Bernoulli Rule for Evaluating Indeterminate Expressions
Planar Motion
Self-test 6. Applications of Derivatives
Integration using a table of anti-derivatives
Linearity rules of integration
Integration by substitution (1 part)
Integration by substitution (2 part)
Integrations by parts
Self-test 7. Indefinite Integrals
Integration as summation
Evaluation of Definite Integrals
Self-test 8. Definite integral
Finding areas by integration
Volumes of Solids of Revolutions
Self-test 9
Differential Equations of The First Order
Self-test 10. Differential Equations