2. Answer the following questions, and then explain why you know this to be the case. State a theorem or definition that applies. d. If A is a 5x4 matrix, what is the largest possible dimension of the row space of A? e. If A is a 7x5 matrix, what is the smallest possible dimension of Nul A? f. Suppose the solutions of a homogeneous system of 5 linear equations in 6 unknowns are all multiples of one nonzero solution. Will the system necessarily have a solution for every possible choice of constants on the right sides of the equations? Explain.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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2. Answer the following questions, and then explain why you know this to be the case. State a
theorem or definition that applies.
d. If A is a 5x4 matrix, what is the largest possible dimension of the row space of A?
e. If A is a 7x5 matrix, what is the smallest possible dimension of Nul A?
f. Suppose the solutions of a homogeneous system of 5 linear equations in 6 unknowns are all
multiples of one nonzero solution. Will the system necessarily have a solution for every
possible choice of constants on the right sides of the equations? Explain.
Transcribed Image Text:2. Answer the following questions, and then explain why you know this to be the case. State a theorem or definition that applies. d. If A is a 5x4 matrix, what is the largest possible dimension of the row space of A? e. If A is a 7x5 matrix, what is the smallest possible dimension of Nul A? f. Suppose the solutions of a homogeneous system of 5 linear equations in 6 unknowns are all multiples of one nonzero solution. Will the system necessarily have a solution for every possible choice of constants on the right sides of the equations? Explain.
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