Q. 21
Question
What is the set of all position vectors in \(R^3\) of magnitude \(5\)?
Step-by-Step Solution
Verified Answer
It is the set of all the position vectors whose terminal points are on the sphere with a radius of \(5\) and a center at the origin.
1Step 1. Given Information
All position vectors in \(R^3\) with magnitude \(5\).
2Step 2. Find the set of position vectors
Consider the following graph
The graph shows the vector with a magnitude of \(5\).
The set of all position vectors in \(R^3\) with magnitude \(5\) is the set of all the position vectors whose terminal points are on the sphere with radius \(5\) and center at the origin.
Other exercises in this chapter
Q. 19
How do you generalize the ideas of this section to vectors with four components? To vectors with n components?
View solution Q. 20
What is the set of all position vectors in R2 of magnitude 5 ?
View solution Q 23.
Find u+v and u-v. Also, sketch u, v, u+vand u-v. u=2,-6, v=6, 2,
View solution Q 24.
Find u+v and u-v. Also sketchu, v, u+v and u-v. u=3, -4 and v=-1, 5
View solution