The solution to a system of two linear equations is x = 3; y = 9.
How could the intersection of the graphs of the two equations be located on a coordinate grid? Response area
What does the solution to a system of two linear equations mean on the graph? Response area
Can you have more than one solution to a Linear system of equations? Response area
Can you have exactly two solutions to a Linear system of equations? Response area
Can you have no solutions to a Linear system of equations? Response area
From the origin, move 3 units up and 9 units right from the origin, move 3 units right and 9 units up the point where the lines cross the y-axis The point of intersection of the two lines The point that the two lines DO NOT have in common Yes, if both lines are the same exact lines Yes, if the lines are parallel No, because lines are straight Yes, because the lines could cross each other twice
The point of intersection of the two lines can be located on a coordinate grid by plotting the point (3,9).
The solution to a system of two linear equations represents the point where the two lines intersect on the graph.
Yes, a linear system of equations can have infinitely many solutions if the two equations are equivalent, meaning they represent the same line.
No, a linear system of equations can have either one solution, infinitely many solutions, or no solutions.
Yes, a linear system of equations can have no solutions if the two lines are parallel and never intersect.
From the given information, we can surmise that the point of intersection is (3,9), which can be plotted on the coordinate grid.