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(A) = a. dim(RS (A)) b. Basis(CS (A)) dim(CS (A)) a. Basis 12. The number of leading variables in the solution of AX=0 will be c. nullity (A) d. Non of these 13. The number of free variables in the solution of AX=0 will be: a. Basis b. rank(A) b. rank(A) unique solution c. nullity (A) c. dim(RS (A)) s dim(CS (A)) d. Non of these M d. dim(NS (A)) =

(A) = a. dim(RS (A)) b. Basis(CS (A)) dim(CS (A)) a. Basis 12. The number of leading variables in the solution of AX=0 will be c. nullity (A) d. Non of these 13. The number of free variables in the solution of AX=0 will be: a. Basis b. rank(A) b. rank(A) unique solution c. nullity (A) c. dim(RS (A)) s dim(CS (A)) d. Non of these M d. dim(NS (A)) =

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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11. rank(A) = a. dim(RS (A)) dim(CS (A)) b. Basis(CS (A)) a. Basis c. unique solution d. Non of these 12. The number of leading variables in the solution of AX=0 will be c. nullity (A) d. Non of these 13. The number of free variables in the solution of AX=0 will be: a. Basis b. rank(A) c. nullity (A) d. Non of these 14. Set of all ordered b. rank(A) c. dim(RS (A)) s dim(CS (A)) d. dim(NS (A)) =
Transcribed Image Text:11. rank(A) = a. dim(RS (A)) dim(CS (A)) b. Basis(CS (A)) a. Basis c. unique solution d. Non of these 12. The number of leading variables in the solution of AX=0 will be c. nullity (A) d. Non of these 13. The number of free variables in the solution of AX=0 will be: a. Basis b. rank(A) c. nullity (A) d. Non of these 14. Set of all ordered b. rank(A) c. dim(RS (A)) s dim(CS (A)) d. dim(NS (A)) =
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