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Ten of these equivalent statements are given below: • A is an invertible matrix. • A is row equivalent to the n × n identity matrix. • A has n pivot positions. • The equation A x = 0 has only the...

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Ten of these equivalent statements are given below:

A is an invertible matrix.

A is row equivalent to the n × n identity matrix.

A has n pivot positions.

• The equation Ax = 0 has only the trivial solution.

• The equation Ax = b has at least one solution for each b in Rn.

• The columns of A span Rn.

• The linear transformation x? Axmaps Rn onto Rn.

• There is an n× n matrix C such that CA = I.

• There is an n× n matrix Dsuch that AD = I.

• The columns of A form a basis of Rn.

Justify that the ten statements are logically equivalent to the statement “The n × n matrix Ais invertible."

Note:

1. It does not have to be a-> b > c. However they all have to connect in some way.

2. This is the exact same assignment as the last one I paid for but never got original work. THIS MUST BE ORIGINAL WORK.

Answered Same Day Dec 23, 2021

Solution

David answered on Dec 23 2021
109 Votes
Ten of these equivalent statements are given below:
• A is an invertible matrix.
• A is row equivalent to the n × n identity matrix.
• A has n pivot positions.
• The equation Ax = 0 has only the trivial solution.
• The equation Ax = b has at least one solution for each b in Rn.
• The columns of A span Rn.
• The linear transformation x? Ax maps Rn onto Rn.
• There is an n × n matrix C such that CA = I.
• There is an n × n matrix D such that AD = I.
• The columns of A form a basis of Rn.
Justify that the ten statements are logically equivalent to the statement “The n × n matrix A is invertible."
1. A is given to be an invertible matrix
2. We know that for an nxn matrix to be invertible, its rank must be...
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