Skeeter's method is perfect.
There's also another way.
Change \(\displaystyle 2x\,+\,3y\,=\,6\) in \(\displaystyle y\,=\,mx\,+\,b\)
So:\(\displaystyle \L \;\;2x\,+\,3y\,=\,6\;\;\Rightarrow\;\;y\,=\,-\,\frac{2}{3}\,+\,2\).
Graph the y - intercept that you know:\(\displaystyle \;(0\,,\,2)\)
Now since slope is \(\displaystyle \,\frac{rise}{run}\,\) we have two choices to plot points:
...Move repeatedly up 2 units and then down 3 units from \(\displaystyle \;(0\,,\,2)\)
...Move repeatedly down 2 units and then up 3 units from \(\displaystyle \;(0\,,\,2)\)
So you should get: