Step 1:
\The line equations are
and
.
Graph the line equations for different values of x.
\Write the equations in slope-intercept form
, where m is slope and b is y-intercept.
First equation
.
Subtract x from each side.
\
The domain is all real numbers .Select values from the domain and construct a table for
.
| x | \![]() | \
(x,y) | \
![]() | \
8 | \![]() | \
| 0 | \6 | \(0,6) | \
| 2 | \4 | \(2,4) | \
Step 2:
\The line equations is
.
Graph the line equations for different values of x.
\Write the equations in slope-intercept form
, where m is slope and b is y-intercept.
First equation
.
Add x from each side.
\
The domain is all real numbers .Select values from the domain and construct a table for
.
| x | \ \
| \
(x,y) | \
![]() | \
4 | \![]() | \
| 0 | \6 | \(0,6) | \
| 2 | \8 | \(2,8) | \
Graph
\1) Draw the coordinate plane.
\2) Plot the points of two lines.
\3) Connect the plotted points.
\4) Locate the point of intersection of 2 lines.
\