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Solids of Revolution: Converting 2D Shapes to 3D Objects - Lesson 1.4

Mr. Robinson's Virtual Math Classroom via YouTube

Overview

Learn about solids of revolution in this comprehensive mathematics lecture and problem-solving session. Master the transformation of 2D shapes into 3D objects through rotation around an axis, including converting rectangles to cylinders, triangles to cones, and semicircles to spheres. Explore volume and surface area calculations while working with curved edges and composite solids that require adding or subtracting volumes. Practice with systems of equations and coordinate plane graphing through 32 detailed problem solutions. Download provided textbook materials and graph paper to follow along with step-by-step demonstrations spanning topics from basic rotational concepts to complex composite solid calculations. Gain visual comprehension through clear artistic demonstrations and thorough explanations of each concept and problem solution.

Syllabus

Introduction
Lecture overview
Problem #1-2
Problem #3-6
Problem #7
Problem #8
Problem #9-12
Problem #13-16
Problem #17-22
Problem #23-26
Problem #27
Problem #28
Problem #29
Problem #30
Problem #31
Problem #32

Taught by

Mr. Robinson's Virtual Math Classroom

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