Chapter 10: Q 38 (page 789)
Find the center and radius of the sphere with the given equation:
Short Answer
The center is (1, -3, 4) and radius is 3.
Chapter 10: Q 38 (page 789)
Find the center and radius of the sphere with the given equation:
The center is (1, -3, 4) and radius is 3.
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Consider the sequence of sums
(a) What happens to the terms of this sequence of sums as k gets larger and larger?
(b) Find a sufficiently large value of k which will guarantee that every term past the kth term of this sequence of sums is in the interval (0.49999, 0.5).
Why do we use the terminology "separable" to describe a differential equation that can be written in the form
Use calculator graphs to make approximations for each of the limits in Exercises 67–74.
Give an example of three nonzero vectors u, v and w in such that but . What geometric relationship must the three vectors have for this to happen?
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