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MASTER INTEGRAL CALCULUS
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0.Why Integration
1.Introducing Integration
2.Integrating Polynomials
3.Integral of 1/x
4.Integration By Substitution
5.Integrating Trigonometric Functions
6.Integrating Exponentials
7.Integrals Leading To Inverse Functions
8.Integrating By Parts
0.Why Definite Integrals
1.Introducing Definite Integrals
2.Area Between Curves
3.Area between curve and y-axis
4.Volumes of revolution
5.Numerical Integration
6.Kinematics
0.Why Differential Equations
1.Introducing Differential Equations
2.General and Particular Solutions
3.Separating Variables
4.Using Substitution With Homogeneous
5.Using Integrating Factor Method
6.Using Euler’s Method
SECTION 1: ANTIDIFFERENTIATION
0.Why Integration
Preview
1.Introducing Integration
Preview
2.Integrating Polynomials
3.Integral of 1/x
4.Integration By Substitution
5.Integrating Trigonometric Functions
6.Integrating Exponentials
7.Integrals Leading To Inverse Functions
8.Integrating By Parts
SECTION 2: DEFINITE INTEGRALS
0.Why Definite Integrals
Preview
1.Introducing Definite Integrals
2.Area Between Curves
3.Area between curve and y-axis
4.Volumes of revolution
5.Numerical Integration
6.Kinematics
SECTION 3: DIFFERENTIAL EQUATIONS
0.Why Differential Equations
Preview
1.Introducing Differential Equations
2.General and Particular Solutions
3.Separating Variables
4.Using Substitution With Homogeneous
5.Using Integrating Factor Method
6.Using Euler’s Method
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