import numpy as np def sum_matrix(N): my_matrix = * return * print(sum_matrix(5)) print(sum_matrix(10)) print(sum_matrix(15)) Create in Numpy a diagonal matrix with elements from N to 0. Count the sum of its values on the diagonal.

import numpy as np 
def sum_matrix(N):
    my_matrix = np.diag(np.arange(N, 0, -1))
    return my_matrix.sum()

sum_matrix(5)
sum_matrix(10)
sum_matrix(15)

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import numpy as np def sum_matrix(N): my_matrix = *** return *** print(sum_matrix(5)) print(sum_matrix(10)) print(sum_matrix(15)) Create in Numpy a diagonal matrix with elements from N to 0. Count the sum of its values on the diagonal.

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Questions about programming?Chat with your personal AI assistant

import numpy as np def sum_matrix(N): my_matrix = * return * print(sum_matrix(5)) print(sum_matrix(10)) print(sum_matrix(15)) Create in Numpy a diagonal matrix with elements from N to 0. Count the sum of its values on the diagonal.