Chapter 12: Q. 30 (page 976)
In Exercises 27–30, use the result from Example 4 to find the distance from the point P to the given plane.
Chapter 12: Q. 30 (page 976)
In Exercises 27–30, use the result from Example 4 to find the distance from the point P to the given plane.
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Get started for freeIn Example 4 we found that the function has stationary points at and
(a) Use the second-derivative test to show that \(f\) has a saddle point at
(b) Use the second-derivative test to show that \(f\) has a relative minimum at
(c) Use the value of \(f(-10,0)\) to argue that \(f\) has a relative minimum at and not an absolute minimum, without using the second-derivative test.
Describe the meanings of each of the following mathematical expressions :
Describe the meanings of each of the following mathematical expressions :
In Exercises, find the maximum and minimum of the function f subject to the given constraint. In each case explain why the maximum and minimum must both exist.
Find the directional derivative of the given function at the specified point P in the direction of the given vector. Note: The given vectors may not be unit vectors.
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