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Convert y " – 2y " +y=sin(4 t) into a system of first-order equations. a) O [* =*; *;=x X=- 2x,+ sin(4 ') ] b) O [*;-* *=y =-2x,- sin(4 t) ] c) O [*= *=x =-x, + 2x, + sin(4 t) ] d) O [x;= *-y =x+2x, + sin(4 t) ] e) O [*i=* *-X3 X3=-x,+2%,- sin(4 t) ] f) O None of the above.

Convert y " – 2y " +y=sin(4 t) into a system of first-order equations. a) O [* =*; *;=x X=- 2x,+ sin(4 ') ] b) O [*;-* *=y =-2x,- sin(4 t) ] c) O [*= *=x =-x, + 2x, + sin(4 t) ] d) O [x;= *-y =x+2x, + sin(4 t) ] e) O [*i=* *-X3 X3=-x,+2%,- sin(4 t) ] f) O None of the above.

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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Convert y " – 2y " +y=sin(4 t) into a system of first-order equations. a) O [*=X *=xy 3=*- 2x,+ sin(4 ') ] b) O [*;-* *=y =-2x,- sin(4 t) ] c) O [*=X *=x =-x, + 2x, + sin(4 t) ] d) O [*;=X *=x3 *=*, + 2x, + sin(4 t) ] e) O [*i=* *=y =-*,+ 2%,- sin(4 t) ] f) O None of the above.
Transcribed Image Text:Convert y " – 2y " +y=sin(4 t) into a system of first-order equations. a) O [*=X *=xy 3=*- 2x,+ sin(4 ') ] b) O [*;-* *=y =-2x,- sin(4 t) ] c) O [*=X *=x =-x, + 2x, + sin(4 t) ] d) O [*;=X *=x3 *=*, + 2x, + sin(4 t) ] e) O [*i=* *=y =-*,+ 2%,- sin(4 t) ] f) O None of the above.
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