Register

GO Classes | DA Course | Linear Algebra

323 views

1 Answer

0 0 votes
For n order identity matrix eigenvalues are only 1. Therefore option B, C, D are eliminated. The ans will be A.
Voting & Accepting an answer helps improve the community
← Previous · GO CLASSES DPP | DIS...Next → · Not able to see the ...
← Previous in category · GO Classes DA | Line...Next in category → · GO Classes | DA Cour...
Position:
Show:

Related questions

1 1 vote
2 2 answers
426
426 views
GO Classes asked Aug 18, 2025
426 views
GO Classes | CSE/DA Course | Linear Algebra
If a square matrix $A$ has all $n$ of its singular values equal to $1$ in the SVD, what basic classes of matrices does $A$ belong to? SymmetricPositive DefiniteDiagonalOr...
5 5 votes
1 1 answer
487
487 views
GO Classes asked Jul 16, 2025
487 views
GO Classes | DA Course | Linear Algebra
Let $A=\left[\begin{array}{ll}1 & -2 \\ 0 & -1\end{array}\right]$. Find the sum of the eigen values$1$ $-2$ $-1$ $0$
2 2 votes
2 2 answers
416
416 views
GO Classes asked Jul 14, 2025
416 views
GO Classes | DA Course | Linear Algebra
A consistent linear system of two equations in two unknowns hasexactly one solutioninfinitely many solutionsexactly two solutionseither $A$ or $B$
3 3 votes
2 2 answers
417
417 views
GO Classes asked Jul 12, 2025
417 views
GO Classes | DA Course | Linear Algebra
If A is an $\mathrm{n} \times \mathrm{n}$ matrix that is not invertible, then the linear system $A x=0$ hasinfinitely many solutions exactly one solution not possible to ...