What will be the eigen values after run the code?

9. What will be the eigen values after run the code?

from scipy import linalg
import numpy as np

A = np.array([[2,3],[5,6]])
x, y = linalg.eig(A)

print (x)
print (y)
  1. [-0.35889894+0.j      8.35889894+0.j]
    [[-0.78609474          -0.4266791]
     [0.61810602           -0.90440309]]
  2. [-0.37889894+0.j     8.35889214+0.j]
    [[-0.88609474         -0.4266791]
     [0.881810602         -0.90440309]]
  3. [-0.55889894+0.j     6.35889894+0.j]
    [[-0.68609474         -0.4266791]
     [0.51810602         -0.10440309]]
  4. [-0.25889894+0.j      1.35889894+0.j]
    [[-0.765609474          -0.4266791]
     [0.51810602           -0.50440309]]

Answer: A)

[-0.35889894+0.j      8.35889894+0.j]
[[-0.78609474          -0.4266791]
 [0.61810602           -0.90440309]]

Explanation:

Eigen values of the inputted matrix will be:

[-0.35889894+0.j      8.35889894+0.j]
[[-0.78609474          -0.4266791]
 [0.61810602           -0.90440309]]

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