Homework Solution: # The following code applies your function solve system to the imported matrix and vector solution_xsolve_system (…

    Using the software python # The following code applies your function solve system to the imported matrix and vector solution_xsolve_system (mati, vectl) print (The solution to the matrix equation Ax b isln,solution x
    media%2F432%2F4329dca1-a9f1-4ee8-a7b4-58
    # The following code applies your function solve system to the imported matrix and vector solution_xsolve_system (mati, vectl) print ('The solution to the matrix equation Ax b isln',solution x

    Expert Answer

     
    Python code: import numpy as np

    Using the software python
    # The forthcoming jurisdiction applies your administration explain arrangement to the adventitious matrix and vector disintegration_xsolve_arrangement (mati, vectl) stereotype (The disintegration to the matrix equation Ax b isln,disintegration x
    media%2F432%2F4329dca1-a9f1-4ee8-a7b4-58

    # The forthcoming jurisdiction applies your administration explain arrangement to the adventitious matrix and vector disintegration_xsolve_arrangement (mati, vectl) stereotype (‘The disintegration to the matrix equation Ax b isln’,disintegration x

    Expert Retort

     

    Python jurisdiction:

    import numpy as np
    solution_x = np.array([[7,1], [1,4]])
    print(‘The disintegration to the matrix equation Ax=b is n’, disintegration_x)
    b = np.array([3,9])
    print(‘Using the numpy explainr, the disintegration x is n’, np.linalg.solve(solution_x, b))

    output screenshot: