Answer the following questions related to the Rank Theorem and the Rank and Nullity Theorem: a) Suppose A is a 5×7 matrix If A has rank 3, then rank(AT) = 0 b) Suppose A is a 4×6 matrix If A has rank 3, then dim(col(A)) = 0 c) Suppose A is a 5×7 matrix If dim(null(A)) = 4, then dim(row(A)) = 0 d) Suppose A is a 4×6 matrix If dim(row(A)) = 2, then dim(col(A)) = 0 e) Suppose A is a 4×5 matrix The smallest value dim(null(A)) could possibly have is 0

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Answer the following questions related to the Rank Theorem and the Rank and Nullity Theorem:
a) Suppose A is a 5x7 matrix
If A has rank 3, then rank(AT) = 0
b) Suppose A is a 4×6 matrix
If A has rank 3, then dim(col(A)) = 0
c) Suppose A is a 5×7 matrix
If dim(null(A)) = 4, then dim(row(A)) = 0
d) Suppose A is a 4×6 matrix
If dim(row(A)) = 2, then dim(col(A)) = 0
e) Suppose A is a 4×5 matrix
The smallest value dim(null(A)) could possibly have is 0
Transcribed Image Text:Answer the following questions related to the Rank Theorem and the Rank and Nullity Theorem: a) Suppose A is a 5x7 matrix If A has rank 3, then rank(AT) = 0 b) Suppose A is a 4×6 matrix If A has rank 3, then dim(col(A)) = 0 c) Suppose A is a 5×7 matrix If dim(null(A)) = 4, then dim(row(A)) = 0 d) Suppose A is a 4×6 matrix If dim(row(A)) = 2, then dim(col(A)) = 0 e) Suppose A is a 4×5 matrix The smallest value dim(null(A)) could possibly have is 0
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