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The Eigenvalues of the Matrix Are and

Question 33

Multiple Choice

The eigenvalues of the matrix The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , are The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , and The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , . Find an eigenvector corresponding to each of the given eigenvalues.


A) The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , ; The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; ,
B) The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , ; The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; ,
C) The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , ; The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; ,
D) The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , ; The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; ,
E) The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , ; The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; , , The eigenvalues of the matrix are and . Find an eigenvector corresponding to each of the given eigenvalues. A) , ; , B) , ; , C) , ; , D) , ; , E) , ; ,

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