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1. Let A MB) be the matrix associated with the linear map /(x,y,z) = (2x-2y+z, x-4y+z, x-y-z) relative to the bases B={u=(5,16,1); v= (2,1,-4); w=(7,17,2)) and B'=(u'=(2,0,1); v'= (1,0,1); w'=(3,2,0)) Then the second column of A is: OA. OB. °C) 3 0 (3) 1 OC. (2 OD. OE. 117 6)

1. Let A MB) be the matrix associated with the linear map /(x,y,z) = (2x-2y+z, x-4y+z, x-y-z) relative to the bases B={u=(5,16,1); v= (2,1,-4); w=(7,17,2)) and B'=(u'=(2,0,1); v'= (1,0,1); w'=(3,2,0)) Then the second column of A is: OA. OB. °C) 3 0 (3) 1 OC. (2 OD. OE. 117 6)

Advanced Engineering Mathematics
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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1. Let A = MB (f) be the matrix associated with the linear map f(x,y,z) = (2x − 2y+z, x − 4y+z, x-y-z) relative to the bases B={u=(5,16,1); v= (2, 1, –4); w=(7,17,2)} and B'={u'=(2,0,1); v' = (1,0,1); w'=(3,2,0)) Then the second column of A is: *) 0 O A. (0 O B. "B) °) SOC. O D. (6)
Transcribed Image Text:1. Let A = MB (f) be the matrix associated with the linear map f(x,y,z) = (2x − 2y+z, x − 4y+z, x-y-z) relative to the bases B={u=(5,16,1); v= (2, 1, –4); w=(7,17,2)} and B'={u'=(2,0,1); v' = (1,0,1); w'=(3,2,0)) Then the second column of A is: *) 0 O A. (0 O B. "B) °) SOC. O D. (6)
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