Chapter 10: Q 18. (page 845)
Explain the similarities in the derivations of the formulas for the distances from a point to a plane and from a point to a line.
Chapter 10: Q 18. (page 845)
Explain the similarities in the derivations of the formulas for the distances from a point to a plane and from a point to a line.
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Get started for freeFind a vector in the direction of and with magnitude 2.
Find a vector in the direction opposite to and with magnitude 3.
Use the definition of the derivative to find for each function in Exercises 39-54
If the triple scalar product is equal to zero, what geometric relationship do the vectors u, v and w have?
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).
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