(i) For which values of k does A have two distinct real eigenvalues? Explain. ii) When is there no real eigenvalues? Explain

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

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Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

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Answer 18

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Answer 19

Follow-up Question

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

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Answer 20

Follow-up Question

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Solution

by Bartleby Expert

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Answer 21

Follow-up Question

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Answer 22

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Answer 23

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Answer 24

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Answer 25

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Answer 26

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Answer 27

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Answer 31

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Follow-up Question

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Solution

by Bartleby Expert

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Answer 32

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Follow-up Question

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Solution

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Answer 33

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Answer 34

Follow-up Question

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Solution

by Bartleby Expert

SEE SOLUTION

Answer 35

Follow-up Question

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Solution

by Bartleby Expert

SEE SOLUTION

Answer 36

Follow-up Question

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Answer 37

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Answer 38

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Answer 39

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you

Answer 40

Thank you for your response, the calculations are clear up to factoring using the quadratic equations. however, I do not understand the concept behind for which values of k does A have two distinct real eigenvalues and when is there no real eigenvalues from the response. Please explain. Thank you