Multivariate Calculus Review 3
This topic is a collection of problems and concepts that might help someone understand their working knowledge of multivariate calculus.
(1) Find the Jacobian
given
and
(2) Let
be the region in the
-plane that is bounded by the coordinate axes and the line
Use the change of variables
to compute the integral
(3) Evaluate
where
is the region bounded by the parallelogram with vertices
and
(4) A rotation of the
-plane through the fixed angle
is given by
![multivariate calculus review 3 _gr_18.gif]](pages/multivariate-calculus-review-3/Images/multivariate-calculus-review-3_gr_18.gif)
Compute the Jacobian
Let
denote the region bounded by the ellipse
Use a rotation of
to obtain an integral that is equivalent to
![multivariate calculus review 3 _gr_23.gif]](pages/multivariate-calculus-review-3/Images/multivariate-calculus-review-3_gr_23.gif)
Evaluate the transformed integral.
(5) If
show that
if and only if
(6) Show that the curl of the gradient of a function is always
(7) Show that the divergence of the curl of a vector field is
![multivariate calculus review 3 _gr_28.gif]](pages/multivariate-calculus-review-3/Images/multivariate-calculus-review-3_gr_28.gif)
(8) Let
Either find a vector field
such that
or show that no such
exists.
(9) Evaluate the line integral
where
and
is the boundary of the triangle with vertices
and
, transversed once clockwise, as viewed from above.
(10) A 5,000-lb satellite orbits the earth in a circular orbit 5,000 mi from the center of the earth. How much work is done as the satellite moves through one complete revolution?
(11) Suppose a particle with charge
and mass
moves with velocity
under the influence of an electric field
and a magnetic field
Then the total force on the particle is
called the Lorentz force. Use Newton's second law of motion,
to show that
![multivariate calculus review 3 _gr_46.gif]](pages/multivariate-calculus-review-3/Images/multivariate-calculus-review-3_gr_46.gif)
and then evaluate the line integral
where
is the trajectory of a particle traveling with constant speed.
(12) Let
and let
and
be the following two paths joining
to
![multivariate calculus review 3 _gr_53.gif]](pages/multivariate-calculus-review-3/Images/multivariate-calculus-review-3_gr_53.gif)
and
Show that
Explain what this means?
(13) Show that the vector field
is conservative and find a scalar potential
for
Then evaluate the line integral
where
is any smooth path connecting
to
(14) Show that the vector field
is conservative and find a scalar potential
for
(15) Show that the vector field
is conservative and then evaluate the line integral
where
is any piecewise smooth path connecting
to
(16) The gravitational force field
between two particles of masses
and
separated by a distance
is modelled by
![multivariate calculus review 3 _gr_76.gif]](pages/multivariate-calculus-review-3/Images/multivariate-calculus-review-3_gr_76.gif)
where
and
is the gravitational constant.
(a) Show that
is conservative by finding a scalar potential for
The scalar potential function
is often called the Newtonian potential.
(b) Compute the amount of work done against the force field
in moving an object from the point
to
(17) Let
(a) Compute the line integral
where
is the upper semicircle
transversed counterclockwise. What is the value of
if
is the lower semicircle
also transversed counterclockwise?
(b) Show that if
, then
but
is not conservative on the unit disk
(18) Evaluate the closed line integral
where
is the boundary of the region between the
-axis and the semicircle
traversed counterclockwise (including the
-axis).
(19) Evaluate
where
is any Jordan curve whose interior does not contain the point
(20) If
is a Jordan curve, show that
where
is the region
enclosed by
(21) Suppose
is continuously differentiable in a doubly-connected region
and that
throughout
How many distinct values of
are there for the integral
![multivariate calculus review 3 _gr_114.gif]](pages/multivariate-calculus-review-3/Images/multivariate-calculus-review-3_gr_114.gif)
where
is a piecewise smooth Jordan curve in
Cite this as: Multivariate Calculus Review 3 Published by Library of Math -- Online math organized by subject into topics.
Written by Smith, David A.
http://www.libraryofmath.com/multivariate-calculus-review-3.html
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