HW13. 17 V=nr?h dv dt 2. at पहछग) du 2. dt 3.5 Related Rates 299 of 15. Suppose the radius r, height h, and volume V of a dV cylinder are functions of time t. How is dr related to dt dt if the height of the cylinder is constant? 16. Suppose the radius r, height h, and volume V of a cylinder are functions of time t. How is dV dh related to dt dt if the radius of the cylinder is constant? 17. Suppose the radius r, height h, and volume V of a cylinder are functions of time t, and further suppose that the height of the cylinder is always twice its radius. Write dV in terms of h and dt dh dt 18. Suppose the radius r, height h, and volume V of a cylin- der are functions of time t, and further suppose that the dr in dt volume of the cylinder is always constant. Write dh terms of r, h, and dt 26. The area A and hypotenuse c of a triangle that is similar to a right triangle with legs of lengths 3 and 4 units and hypotenuse of length 5 units. u(t), v = v(t), and w = w(t) are functions of the derivative df Giyen that u = %D1 of each
HW13. 17 V=nr?h dv dt 2. at पहछग) du 2. dt 3.5 Related Rates 299 of 15. Suppose the radius r, height h, and volume V of a dV cylinder are functions of time t. How is dr related to dt dt if the height of the cylinder is constant? 16. Suppose the radius r, height h, and volume V of a cylinder are functions of time t. How is dV dh related to dt dt if the radius of the cylinder is constant? 17. Suppose the radius r, height h, and volume V of a cylinder are functions of time t, and further suppose that the height of the cylinder is always twice its radius. Write dV in terms of h and dt dh dt 18. Suppose the radius r, height h, and volume V of a cylin- der are functions of time t, and further suppose that the dr in dt volume of the cylinder is always constant. Write dh terms of r, h, and dt 26. The area A and hypotenuse c of a triangle that is similar to a right triangle with legs of lengths 3 and 4 units and hypotenuse of length 5 units. u(t), v = v(t), and w = w(t) are functions of the derivative df Giyen that u = %D1 of each
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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The change in the vertical distances is known as the rise and the change in the horizontal distances is known as the run. So, the rise divided by run is nothing but a slope value. It is calculated with simple algebraic equations as:
Question
Number 17 please. My progress is attached but I am stuck after attempting to take the derivative of h

Transcribed Image Text:HW13.
17
V=nr?h
dv
dt
2.
at
पहछग)
du
2.
dt

Transcribed Image Text:3.5 Related Rates
299
of
15. Suppose the radius r, height h, and volume V of a
dV
cylinder are functions of time t. How is
dr
related to
dt
dt
if the height of the cylinder is constant?
16. Suppose the radius r, height h, and volume V of a
cylinder are functions of time t. How is
dV
dh
related to
dt
dt
if the radius of the cylinder is constant?
17. Suppose the radius r, height h, and volume V of a
cylinder are functions of time t, and further suppose that
the height of the cylinder is always twice its radius. Write
dV
in terms of h and
dt
dh
dt
18. Suppose the radius r, height h, and volume V of a cylin-
der are functions of time t, and further
suppose that the
dr
in
dt
volume of the cylinder is always constant. Write
dh
terms of r, h, and
dt
26. The area A and hypotenuse c of a triangle that is similar
to a right triangle with legs of lengths 3 and 4 units and
hypotenuse of length 5 units.
u(t), v = v(t), and w = w(t) are functions of
the derivative
df
Giyen that u =
%D1
of each
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