### List of Video Titles

#### Click the video titles below, to be directed to the video.

Introduction to Volumes by Slicing

Volumes by Slicing: Volume Generated by Rotation About y = 6

Volumes by Slicing: Understanding the Annulus

Calculating a Volume Rotated Around x = y (2 of 2: Forming/Evaluating Integral)

Calculating a Volume Rotated Around x = y (1 of 2: Determining Radius)

Volumes by Slicing: Rotation around x = 1

Introduction to Volumes by Cylindrical Shells: Visual Comparison with Slicing

Evaluating a Volume by Slices & by Shells

Generalising from Volumes by Slices & Shells

Introduction to Volumes by Similar Cross-Section: Square Pyramid

Volumes by Cross-Section: Circular Slanted Roof

Volume of a Tetrahedron (by similar cross-sections)

Volume of a Sphere: Three Different Derivations

Useful Tricks for Evaluating Integrals from a Volume

Volumes by Slices (example question from exam: hole drilled through sphere)

Volumes by Cylindrical Shells (example question from exam)

**Introduction to Volumes by Slicing **

**Volumes by Slicing: Volume Generated by Rotation About y = 6 **

**Volumes by Slicing: Understanding the Annulus **

**Calculating a Volume Rotated Around x = y (2 of 2: Forming/Evaluating Integral) **

**Calculating a Volume Rotated Around x = y (1 of 2: Determining Radius) **

**Volumes by Slicing: Rotation around x = 1 **

**Introduction to Volumes by Cylindrical Shells: Visual Comparison with Slicing **

**Evaluating a Volume by Slices & by Shells **

**Generalising from Volumes by Slices & Shells **

**Introduction to Volumes by Similar Cross-Section: Square Pyramid **

**Volumes by Cross-Section: Circular Slanted Roof **

**Volume of a Tetrahedron (by similar cross-sections) **

**Volume of a Sphere: Three Different Derivations **

**Useful Tricks for Evaluating Integrals from a Volume **

**Volumes by Slices (example question from exam: hole drilled through sphere) **

**Volumes by Cylindrical Shells (example question from exam) **

*Note: Videos are from misterwootube.com