We have a set of 3 linear equations in 3 unknowns. 'X \[ \equiv \] Y' means X and Y are equivalent statements and 'X \[\not \equiv \] Y' means X and Y are not equivalent statements.
P : There is a unique solution.
Q : The equations are linearly independent.
R : All eigen values of the coefficient matrix are nonzero.
S : The determinant of the coefficient matrix is nonzero.
Which one of the following is TRUE?
A. \[{\text{P}} \equiv {\text{Q}} \equiv {\text{R}} \equiv {\text{S}}\]
B. \[{\text{P}} \equiv {\text{R}}\not \equiv {\text{Q}} \equiv {\text{S}}\]
C. \[{\text{P}} \equiv {\text{Q}}\not \equiv {\text{R}} \equiv {\text{S}}\]
D. \[{\text{P}}\not \equiv {\text{Q}}\not \equiv {\text{R}}\not \equiv {\text{S}}\]
Answer: Option A
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D. 3, -1 + 3j, -1 - 3j
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B. 1024√2 and -1024√2
C. 4√2 and -4√2
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