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1
Introducing the double integral
2
Defining the double integral
3
Iterated integrals and Fubini's theorem
4
Examples of integrals over rectangles
5
Integrals over general regions
6
Example: integral over a general region
7
Reversing the order of integration: Example 1
8
Reversing the order of integration: Example 2
9
Double integrals in polar coordinates
10
Polar coordinates: Examples 1 and 2
11
Polar coordinates: Example 3
12
Example: volume of a tetrahedron
13
Example: volume using polar coordinates
14
Introduction to triple integrals
15
Tetrahedron volume, as a triple integral
16
Changing order of integration in a triple integral
17
Volume problem leading to cylindrical coordinates
18
The cylindrical coordinate system
19
Cylindrical coordinates and volume of a cone
20
Introducing spherical coordinates
21
Integration in spherical coordinates
22
Volume of a spherical wedge
23
Volume of a conical cup
24
The spherical coordinate Jacobian
25
Transformations and change of variables
26
Change of variables example: parallelogram
27
Working with the inverse transformation (a shortcut!)
28
Another change of variables example
Description:
Explore a comprehensive series of video lectures on multiple integration, covering double and triple integrals, coordinate systems, and change of variables. Learn to define and evaluate double integrals, apply Fubini's theorem, and integrate over general regions. Master integration techniques in polar, cylindrical, and spherical coordinates. Dive into practical examples, including volume calculations for various geometric shapes. Understand the Jacobian and its role in coordinate transformations. Enhance your understanding of advanced calculus concepts through clear explanations and diverse problem-solving approaches.

APEX Calculus - Multiple Integration

Sean Fitzpatrick
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