
The line equation in slope-intercept form is y = mx + b, where m is the slope and b
\is the y-intercept.
\First find the slope
\m = 
    =  (Substitute
                   (Substitute  )
)
    =  (LCM is 2)
                      (LCM is 2)
    =  (Subtract:
                          (Subtract:  )
)
    =  (Divide:
                               (Divide:  )
)
    =  (Divide:
                               (Divide:  )
)
Next find the y-intercept
\Substitute the slope and the coordinates of the given point in slope-intercept form
\line equation.
\y = mx + b
\ (Substitute
            (Substitute   for m,
 for m,   for x, and 1 for y)
for x, and 1 for y) 
 (Multiply:
                      (Multiply:  )
)
 (Add
(Add  to each side)
 to each side)
 (Commutative property: a + b = b + a)
(Commutative property: a + b = b + a)
  (Additive inverse property:
                           (Additive inverse property:  )
)
 (Add:
                                  (Add:  )
)
Finally write the equation of the line
\Substitute the values of slope ‘m’ and y-intercept ‘b’ in slope intercept form
\y = mx + b
\ (Substitute
      (Substitute  for m and
 for m and  )
)

The equation of the line that passes through the point  
 
is  .
.