ali 801.202109 Dashboard CP104: Assignment 5 - F. A https://ca-production-gr. A Symbolab Mat A fuel truck, has a cylindrical tank of radius R = 2 m and length L = 10 m lying horizontally. The volume of gasoline in the tank is given by V = L (F° cos" ()- (R – A)VZRh – #*) R-hI ("")- (R– h)/2Rh – h² where h is the vertical height of the gasoline in the tank. If gasoline is being pumped into the tank at a rate of 2 m /min, how fast is the gasoline level rising when the height h of the gasoline is 1 m? Considon t
ali 801.202109 Dashboard CP104: Assignment 5 - F. A https://ca-production-gr. A Symbolab Mat A fuel truck, has a cylindrical tank of radius R = 2 m and length L = 10 m lying horizontally. The volume of gasoline in the tank is given by V = L (F° cos" ()- (R – A)VZRh – #*) R-hI ("")- (R– h)/2Rh – h² where h is the vertical height of the gasoline in the tank. If gasoline is being pumped into the tank at a rate of 2 m /min, how fast is the gasoline level rising when the height h of the gasoline is 1 m? Considon t
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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li 801.202109 Dashboard L.
* CP104: Assignment 5 - F.
A https://ca-production-gr.
Sy Symbolab Math Solver
A fuel truck, has a cylindrical tank of radius R = 2 m and length L = 10 m lying horizontally.
The volume of gasoline in the tank is given by
R-h\I
V = L R cos
(R – h)/2Rh –- h²
R
where h is the vertical height of the gasoline in the tank. If gasoline is being pumped into
the tank at a rate of 2 m3/min, how fast is the gasoline level rising when the height h of the
gasoline is 1 m?
Consider the function
f (x) = e²²/2 + x*/12 + x² /2 – 3x
(a) Use the Intermediate Value Theorem to show that f has at least one critical point.
(b) Use Rolle's Theorem to show that this is the only critical point.
(c) Use The Extreme Value Theorem to show that the critical point is an (absolute) min-
imum of f o some bounded interval [a, b]. (No marks will be assigned for using other
methods).
. An object weighting w pounds on the surface of the earth, will weight
wR?
W (x) =
x > R.
at distance r from the center of the earth, where R= 3, 960 miles is the radius of the earth.
Use linear approximation to estimate the weight lost by a 160 lb passenger flying in an
airplane at an altitude h of 6 miles.
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Transcribed Image Text:A ca-production-gradescope-uploads.s3-ca-central-1.amazonaws.com
m homework-help
O Homepage - MA-103-A-
li 801.202109 Dashboard L.
* CP104: Assignment 5 - F.
A https://ca-production-gr.
Sy Symbolab Math Solver
A fuel truck, has a cylindrical tank of radius R = 2 m and length L = 10 m lying horizontally.
The volume of gasoline in the tank is given by
R-h\I
V = L R cos
(R – h)/2Rh –- h²
R
where h is the vertical height of the gasoline in the tank. If gasoline is being pumped into
the tank at a rate of 2 m3/min, how fast is the gasoline level rising when the height h of the
gasoline is 1 m?
Consider the function
f (x) = e²²/2 + x*/12 + x² /2 – 3x
(a) Use the Intermediate Value Theorem to show that f has at least one critical point.
(b) Use Rolle's Theorem to show that this is the only critical point.
(c) Use The Extreme Value Theorem to show that the critical point is an (absolute) min-
imum of f o some bounded interval [a, b]. (No marks will be assigned for using other
methods).
. An object weighting w pounds on the surface of the earth, will weight
wR?
W (x) =
x > R.
at distance r from the center of the earth, where R= 3, 960 miles is the radius of the earth.
Use linear approximation to estimate the weight lost by a 160 lb passenger flying in an
airplane at an altitude h of 6 miles.
MacBook Pro
%23
4
8
9
delete
E
T.
Y
{
F
G
J
K
return
>
C
V
B
N
.. ..
V -
* 00
エ
くO
ト
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