| |||||||||||||||||||||||||||||||
Calculus 3 Review 2This topic is a collection of problems and concepts that might help someone understand their working knowledge of Calculus 3.
Show all work and justify each step.
and so Also, and so So we can solve the system ![]() to obtain (5) Find the direction from increases most rapidly and compute the magnitude of the greatest rate of increase. Solution. We compute the gradient: and at Therefore, (6) Find the directional derivative of Solution. We use the unit vector and find to compute (7) Find the absolute extrema of Solution. We find Thus respectively. Therefore, is the maximum value and does not yield extrema values. (8) A wire of length Solution. Let with Then We obtain Since (9) Minimize Solution. We set ![]() which is ![]() to find (10) Find the maximum and minimum values of Solution. We set ![]() which is ![]() to find ![]() Therefore, is the minimum and is the maximum value. (11) Use iterated integration to compute Solution. By Fubini's theorem, ![]() (12) Find the volume of the solid bounded below by the rectangle in the Solution. The volume is given by the following double integral and can be compute using Fubini's theorem. (13) Sketch the region of integration and write an equivalent integral with the order of integration reversed given Solution. We graph the region: ![]() The iterated integral ![]() (14) Find the volume of the solid bounded above by the paraboloid Solution. The projected region in the Calculus 3 Review 2 Published by Library of Math -- Online math organized by subject into topics. Written by Smith, David A. http://www.libraryofmath.com/calculus-3-review-2.html
|
| ||||||||||||||||||||||||||||||
| ||||||
| The Library of Math - Online Math Organized by Subject Into Topics. © 2005 - 2008 www.LibraryOfMath.com All rights reserved. | ||||||
|
|