Write the each equation in slope-intercept form y = mx + b.
\ ----------------------> (Equation 1)
        ----------------------> (Equation 1)
 ----------------------> (Equation 2)
       ----------------------> (Equation 2)
Graph the equations and find the intersection point.
\
The graphs appear to intersect at (2, 0).
Check:
\To check the solution by substituting the coordinates in each equation.
\Substitute (2, 0) in equation 1.
\
 (Apply zero product property:
                                 (Apply zero product property:  ) \ \
) \ \
 (Apply additive identity property:
                                       (Apply additive identity property:  )
)
The statement is true.
Substitute (2, 0) in equation 2.
\
 (Multiply:
                                 (Multiply:  ) \ \
) \ \
 (Apply additive identity property: 6 + 0 = 0)
                                       (Apply additive identity property: 6 + 0 = 0)
The statement is true.
The solution of the system is (2, 0).