Let A be the matrixx FIRST Find all vectors v so that the distance between Au and the standard unit basis vector e, is minimized. Call the set of all such vectors L THEN Find the unique vector p in L such that is orthogonal to the kernel of A. On a pair of coordinate axes, draw ker(A) and L and to to check your answer. Enter the x-coordinate of the vector to in the box below (using 5 decimal points of precision)?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Let A be the matrix
FIRST
Find all vectors v so that the distance between Au and the standard unit basis vector e, is minimized. Call the set of all such vectors L
THEN
Find the unique vector vo in L such that up is orthogonal to the kernel of A.
On a pair of coordinate axes, draw ker(A) and L and to to check your answer.
Enter the x-coordinate of the vector up in the box below (using 5 decimal points of precision)?
Transcribed Image Text:Let A be the matrix FIRST Find all vectors v so that the distance between Au and the standard unit basis vector e, is minimized. Call the set of all such vectors L THEN Find the unique vector vo in L such that up is orthogonal to the kernel of A. On a pair of coordinate axes, draw ker(A) and L and to to check your answer. Enter the x-coordinate of the vector up in the box below (using 5 decimal points of precision)?
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