\"\"

\

Let us consider the equations are \"\" and \"\".

\

Solve the system of equations by elimination method.

\

Step 1:

\

Multiply each equation with a suitable multiplier.

\

Case (i):

\

\"\"                   (First equation)

\

\"\"         (Multiply each side by \"\")

\

\"\"              (Multiply)

\

Case (ii):

\

\"\"                   (First equation)

\

\"\"         (Multiply each side by \"\")

\

\"\"                (Multiply)

\

Step 2:

\

Subtract the equations to eliminate the one variable.

\

\"\"

\

\"\"                   (Divide each side by \"\")

\

\"\"                               (Cancel common terms)

\

Step 3:

\

Substitute \"\" into any original equation to find \"\" value.

\

\"\"                  (First equation)

\

\"\"               (Substitute \"\")

\

\"\"                    (Multiply)

\

\"\"        (Subtract \"\" from each side)

\

\"\"                          (Apply additive inverse property: \"\")

\

\"\"                     (Divide each side by \"\")

\

\"\"                              (Cancel common terms)

\

The solution of the system is \"\".

\

\"\"

\

The solution of the system is \"\".