A spnencal siowbal is meking in such a way thất it maintains its shape. The snowball is decreasing in volume at a constant rate of 8 cubic centmeters per hour. At what rate, in centimeters per hout, is the radius of the snowball decreasing at the instant when the radius is 10 centimeters? (The volume of a sphere of radius t is u 4/3 r 1/50m 3/50x 400 3200

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter6: The Trigonometric Functions
Section6.7: Applied Problems
Problem 70E
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Question 13 D
A spherical snowball is melting in such a way that it maintains its shape. The snowball is decreasing in volume at a coostant rate of 8 cubic centimeters per hour At what rate, in centimeters per hour, is the radius of the snowball decreasing at the instant when the radius is 10
centimeters? (The volume of a sphere of radius r is u 4/3 T
1/50m
3/50x
400m
3200r
O 1009
Transcribed Image Text:Question 13 D A spherical snowball is melting in such a way that it maintains its shape. The snowball is decreasing in volume at a coostant rate of 8 cubic centimeters per hour At what rate, in centimeters per hour, is the radius of the snowball decreasing at the instant when the radius is 10 centimeters? (The volume of a sphere of radius r is u 4/3 T 1/50m 3/50x 400m 3200r O 1009
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