2. Let P = (2, 1, 3), Q = (-3, 5, 1), and R = (1,0, 4) be poits in R°. Let %3D a = PQ and b = PŘ, as usual. (a) Find the vector projection of a onto b. (b) Find the sine of the angle 0 between a and b. (c) Find an equation of the plane containing the points P, Q, and R. (d) Compute the distance between the plane found in part (C) and the point (3,0, – 1). (e) Compute the distance between the point (1,2, 3) and the line which passes through Q and R.

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter1: Vectors
Section1.3: Lines And Planes
Problem 16EQ
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The attached question was aked before. The anwer given was wrong in part. Also did not anser all the parts. Since some parts of the question is connected, please answer all parts of the question. Thank you.

Let P = (2, 1, 3), Q
PO and b = PŘ, as usual.
2.
(-3, 5, 1), and R = (1,0, 4) be points in Rº. Let
a =
(a) Find the vector projection of a onto b.
(b) Find the sine of the angle 0 between a and b.
(c) Find an equation of the plane containing the points P, Q, and R.
(d) Compute the distance between the plane found in part (C) and the point (3,0, – 1).
(e) Compute the distance between the point (1,2,3) and the line which passes through
Q and R.
Transcribed Image Text:Let P = (2, 1, 3), Q PO and b = PŘ, as usual. 2. (-3, 5, 1), and R = (1,0, 4) be points in Rº. Let a = (a) Find the vector projection of a onto b. (b) Find the sine of the angle 0 between a and b. (c) Find an equation of the plane containing the points P, Q, and R. (d) Compute the distance between the plane found in part (C) and the point (3,0, – 1). (e) Compute the distance between the point (1,2,3) and the line which passes through Q and R.
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