Cylinder: Volume = (av²)h T Cylinder Surface Area Formula: A = 2rh + 2nr² Assume a Spherical Elephant For a sphere with radius r, its volume is r' and its surface area is 4nr. 1. Let's model an elephant with a sphere that has a radius of 4.5 feet. a. What is the volume of the elephant? Share with Class b. What is the surface area of the elephant? 2. Let's model a snake with a cylinder of length 3 feet and diameter 0.2 feet. a. What is the volume of the snake? b. What is the surface area of the snake? SA 3. Compute the surface area to volume ratio, or , for each animal.

Elementary Geometry For College Students, 7e
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ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
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16.3 Assume a Spherical Elephant
Cylinder: Volume = (n²)h
Cylinder Surface Area Formula: A = 2rrh + 2rr²
T
Assume a Spherical Elephant
For a sphere with radius r, its volume is ar
and its surface
area is 4tr.
1. Let's model an elephant with a sphere that has a radius of
4.5 feet.
a. What is the volume of the elephant?
Share with Class
b. What is the surface area of the elephant?
2. Let's model a snake with a cylinder of length 3 feet and
diameter 0.2 feet.
a. What is the volume of the snake?
b. What is the surface area of the snake?
3. Compute the surface area to volume ratio, or , for each
animal.
Transcribed Image Text:16.3 Assume a Spherical Elephant Cylinder: Volume = (n²)h Cylinder Surface Area Formula: A = 2rrh + 2rr² T Assume a Spherical Elephant For a sphere with radius r, its volume is ar and its surface area is 4tr. 1. Let's model an elephant with a sphere that has a radius of 4.5 feet. a. What is the volume of the elephant? Share with Class b. What is the surface area of the elephant? 2. Let's model a snake with a cylinder of length 3 feet and diameter 0.2 feet. a. What is the volume of the snake? b. What is the surface area of the snake? 3. Compute the surface area to volume ratio, or , for each animal.
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