Respuesta :
To be able to graph any equation, simply solve for y.
You should get y ≤ x - 2
[the sign switched because you needed to divide by -1 in order to solve for y all the way]
Then use -2 as your y-intercept. This is the point that is at (0,y) on a graph. From the origin, just go down 2 points, and mark your point.
X is the same as 1/1 x. This is your slope. From point -2, rise 1 point, then run 1 point to the right (because it is positive). From that position, mark another point. You now have enough to make a line, which gives you the completed look of the graph for this equation.
It should look like this:
You should get y ≤ x - 2
[the sign switched because you needed to divide by -1 in order to solve for y all the way]
Then use -2 as your y-intercept. This is the point that is at (0,y) on a graph. From the origin, just go down 2 points, and mark your point.
X is the same as 1/1 x. This is your slope. From point -2, rise 1 point, then run 1 point to the right (because it is positive). From that position, mark another point. You now have enough to make a line, which gives you the completed look of the graph for this equation.
It should look like this:

Answer:
the graph in the attached figure
Step-by-step explanation:
we have
[tex]x-y-2\geq 0[/tex]
Isolate the variable y
[tex]-y\geq -x+2[/tex] -----> Multiply by [tex]-1[/tex]
[tex]y\leq x-2[/tex]
The solution of the inequality is the shaded area below the solid line
The equation of the line is [tex]y= x-2[/tex]
The slope of the line is positive
The y-intercept of the line is the point [tex](0,-2)[/tex]
The x-intercept of the line is the point [tex](2,0)[/tex]
Using a graphing tool
the graph in the attached figure
