Find Pappus's Theorem for Volume in your text. It turns out, he went farther than that (still without calculus) and also found a formula for Surface Area which is S = 27pL where p is distance from the axis of revolution to the centroid and L is the length of the arc times the distance traveled by the arc's centroid during the revolution. Demonstrating the use of these theorems find the volume and the surface area of the torus found by revolving a circular disk of radius a about an axis in the its plane at a distance b≥ a from its center. (Include your best labeled picture here.)

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
6th Edition
ISBN:9781337111348
Author:Bruce Crauder, Benny Evans, Alan Noell
Publisher:Bruce Crauder, Benny Evans, Alan Noell
ChapterP: Prologue: Calculator Arithmetic
Section: Chapter Questions
Problem 18E: When the Radius Increases a. A rope is wrapped tightly around a wheel with radius of 2 feet. If the...
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Find Pappus's Theorem for Volume in your text. It turns out, he went farther
than that (still without calculus) and also found a formula for Surface Area
which is S = 2pL where p is distance from the axis of revolution to the
centroid and L is the length of the arc times the distance traveled by the arc's
centroid during the revolution. Demonstrating the use of these theorems find
the volume and the surface area of the torus found by revolving a circular
disk of radius a about an axis in the its plane at a distance b≥ a from its
center. (Include your best labeled picture here.)
Transcribed Image Text:Find Pappus's Theorem for Volume in your text. It turns out, he went farther than that (still without calculus) and also found a formula for Surface Area which is S = 2pL where p is distance from the axis of revolution to the centroid and L is the length of the arc times the distance traveled by the arc's centroid during the revolution. Demonstrating the use of these theorems find the volume and the surface area of the torus found by revolving a circular disk of radius a about an axis in the its plane at a distance b≥ a from its center. (Include your best labeled picture here.)
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