(i) Use the projection formula V(V¹V)-¹VT to verify that the orthogonal projection matrix onto the z- 0 0 axis in 3 dimensional space R³ is given by. 0 0 0 1 (ii) Using the first four digits of your code number: a,b,c,d; why is the system of equations: ax + by = 1 cx + dy = 2 (a + c)x+ (b + d)y = 4 obviously inconsistent? Find the least squares solution to this system of equations. (iii) Explain how the theory of orthogonal projections relates to your solution in (ii).
(i) Use the projection formula V(V¹V)-¹VT to verify that the orthogonal projection matrix onto the z- 0 0 axis in 3 dimensional space R³ is given by. 0 0 0 1 (ii) Using the first four digits of your code number: a,b,c,d; why is the system of equations: ax + by = 1 cx + dy = 2 (a + c)x+ (b + d)y = 4 obviously inconsistent? Find the least squares solution to this system of equations. (iii) Explain how the theory of orthogonal projections relates to your solution in (ii).
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
A=1 B-2 C=9 D=3

Transcribed Image Text:(i) Use the projection formula V(Vª -¹V¹ to verify that the orthogonal projection matrix onto the z-
/0
0 0
0 0
0 0
axis in 3 dimensional space R³ is given by. 0
(ii) Using the first four digits of your code number: a,b,c,d; why is the system of equations:
ax + by = 1
cx + dy = 2
(a + c)x+ (b + d)y = 4
obviously inconsistent? Find the least squares solution to this system of equations.
(iii) Explain how the theory of orthogonal projections relates to your solution in (ii).
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