\"\"

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The system of equations are

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\"\"

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Write the equations into matrix form \"\".

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Where \"\" is coefficient matrix, \"\" is variable matrix and \"\" is constant matrix.

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\"\".

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Inverse of  a \"\" matrix : \"\".

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Here \"\" and \"\".

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\"\"

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\"\"

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\"\"

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\"\".\"\"

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\"\".

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Rewrite the equation.

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\"\".

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Find \"\".

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\"\"

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\"\"

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\"\"

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\"\"

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\"\".

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\"\"

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Check the solution for \"\"-values.

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The equations are \"\" and \"\".

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Case (i):

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\"\"                       (First equation)

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\"\"         (Substitute \"\" and \"\")

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\"\"              (Multiply)

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\"\"                               (Subtract: \"\")

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Case (ii):

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\"\"                     (Second equation)

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\"\"    (Substitute \"\" and \"\")

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\"\"              (Multiply)

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\"\"                               (Add: \"\")

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\"\"

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The solution of the system of equations are \"\" and \"\".