Suppose a snowball is rolling down a hill, and its radius r is growing at a rate of 1 inch per minute. The volume v AP grows more quickly as the snowball gets bigger. In this question, you will find the rate of change of the volume- at the instant the radius r is 6 inches. a) First, apply geometry to the situation. Can you think of an equation that relates the variables r and V to each other (assuming the snowball is in the shape of a sphere). b) Now the variables V and r change as time changes, so we can think of them as a function of t. Implicitly differentiate the equation you came up with in part (a) with respect to t. c) What is the rate of change of the radius (read the paragraph above again to find out)? Use this to simplify your equation from part (b). d) What is the rate of change of V when the radius of the snowball is 6 inches?

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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This next question is a new type of problem that you can solve now that you know about implicit
differentiation.
3) Suppose a snowball is rolling down a hill, and its radius r is growing at a rate of 1 inch per minute. The volume V
dv
grows more quickly as the snowball gets bigger. In this question, you will find the rate of change of the volume !
dt'
at the instant the radius r is 6 inches.
a) First, apply geometry to the situation. Can you think of an equation that relates the variables r and V to each
other (assuming the snowball is in the shape of a sphere).
b) Now the variables V and r change as time changes, so we can think of them as a function of t. Implicitly
differentiate the equation you came up with in part (a) with respect to t.
c) What is the rate of change of the radius (read the paragraph above again to find out)? Use this to simplify your
equation from part (b).
d) What is the rate of change of V when the radius of the snowball is 6 inches?
Transcribed Image Text:This next question is a new type of problem that you can solve now that you know about implicit differentiation. 3) Suppose a snowball is rolling down a hill, and its radius r is growing at a rate of 1 inch per minute. The volume V dv grows more quickly as the snowball gets bigger. In this question, you will find the rate of change of the volume ! dt' at the instant the radius r is 6 inches. a) First, apply geometry to the situation. Can you think of an equation that relates the variables r and V to each other (assuming the snowball is in the shape of a sphere). b) Now the variables V and r change as time changes, so we can think of them as a function of t. Implicitly differentiate the equation you came up with in part (a) with respect to t. c) What is the rate of change of the radius (read the paragraph above again to find out)? Use this to simplify your equation from part (b). d) What is the rate of change of V when the radius of the snowball is 6 inches?
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