You haven't provided the graph, therefore, I cannot give an exact answer. However, I will help you with the concept.
A solution to a system of equations would be one or more order pairs that satisfy <u><em>ALL</em></u> equations given in the system.
<u>There are two ways to get the solution of a system of equations:</u> <u>1- algebraically: </u> This would be by solving the equations in the system simultaneously using elimination/substitution,...etc
<u>2- graphically:</u> This would be by graphing all the equations given in the system and finding the points of intersection between the graphs. <u>Note that:</u> If the given system has two equations, then we need to find the point(s) of intersection between the two graphs If the given system has three equations, then we need to find the point(s) of intersection between the three graphs
Therefore, for your question, all you have to do is find the point(s) of intersection between your graphs.
The right angle up at the number one and the unknown angle down at 2 are corresponding angles. corresponding angles are congruent. therefore angle down by two is a right angle and so the transversal is perpendicu lar to both lines
If you are looking for an expression it would be x < 4 and the < has a line underneath for less than or equal to. If this is right could I possibly have brainliest? Hope this helped!! :)
