Calculus 3 Practice Test 5
Show all work and jusify each step.
(1) Find the maximum and minimum values attained by the function
at the points of the triangular region
in the
plane with vertices at
and
.
(2) Find the value of the integral
where
![calculus 3 practice test 5 _gr_8.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_8.gif)
(3) Evaluate
where
is the region bounded by the parabolas
and
(4) Find the volume of the solid bounded by the cylinder
that lies above the planes
and
(5) Find the surface area of the part of the sphere
that lies above the plane
(6) Estimate the center of mass of a lamina described by the region bounded by
with density function
(7) Compute the double integral
.
(8) Change
to the order
![calculus 3 practice test 5 _gr_22.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_22.gif)
(9) The temperature
at point
in a region of space is given by the formula
Find the lowest temperature on the plane
![calculus 3 practice test 5 _gr_26.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_26.gif)
(10) Assume that
Use triple integration to find the volume of the ellipsoid
![calculus 3 practice test 5 _gr_28.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_28.gif)
(11) Suppose
measures the time (in minutes) that a student spends working out problems on a calculus test and
measures the time (in minutes) that a student spends checking over the test before turning it in. If the joint probability density function for a certain section of calculus students is
![calculus 3 practice test 5 _gr_31.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_31.gif) then find the probability that a student will have at least 10 minutes to check over the test for an 80 minute test. (12) Find parametric equations for the tangent line to the curve with given parametric equations
at the point
![calculus 3 practice test 5 _gr_33.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_33.gif)
(13) The acceleration of a moving particle is
Find the particle's position as a function of
if
and
(14) Find the points of maximum curvature for the graph of
![calculus 3 practice test 5 _gr_38.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_38.gif)
(15) Find the domain and range for the function
. (16) Find the limit, if it exists, or show that the limit does not exist:
![calculus 3 practice test 5 _gr_40.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_40.gif) (17) Determine the largest set on which the function is continuous.
![calculus 3 practice test 5 _gr_41.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_41.gif)
(18) Find the length of the curve
for
.
(19) Re-parametrize the curve with respect to arc length measured with base point where
in the direction of increasing
.
for
![calculus 3 practice test 5 _gr_47.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_47.gif)
(20) Given the vector-valued functions
![calculus 3 practice test 5 _gr_49.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_49.gif)
![calculus 3 practice test 5 _gr_50.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_50.gif)
find
(21) Verify that the function
is a solution of the three-dimensional Laplace equation
(22) Find
and
if
is defined implicitly as a function of
and
by the equation
(23) Sketch some level curves for the function
for
(at least four of them.)
(24) Consider the function
.
Find the value of
which will make
continuous at the origin.
(25) Show that
but
does not exist, where
![calculus 3 practice test 5 _gr_67.gif]](pages/calculus-3-practice-test-5/Images/calculus-3-practice-test-5_gr_67.gif)
(26) Find
where
and
and
Cite this as: Calculus 3 Practice Test 5 Published by Library of Math -- Online math organized by subject into topics.
Written by Smith, David A.
http://www.libraryofmath.com/calculus-3-practice-test-5.html
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