Question
If two equations are graphed, how can you find the solution to the system of equations?
Responses
A Find the slope of point lines.Find the slope of point lines.
B Find where the lines intersect.Find where the lines intersect.
C Find where the slope is positive.Find where the slope is positive.
D Find where both lines cross the x-axis.Find where both lines cross the x-axis.
E Find where both lines cross the y-axis. If two equations are graphed, how can you find the solution to the system of equations?
Responses
A Find the slope of point lines.Find the slope of point lines.
B Find where the lines intersect.Find where the lines intersect.
C Find where the slope is positive.Find where the slope is positive.
D Find where both lines cross the x-axis.Find where both lines cross the x-axis.
E Find where both lines cross the y-axis.
Responses
A Find the slope of point lines.Find the slope of point lines.
B Find where the lines intersect.Find where the lines intersect.
C Find where the slope is positive.Find where the slope is positive.
D Find where both lines cross the x-axis.Find where both lines cross the x-axis.
E Find where both lines cross the y-axis. If two equations are graphed, how can you find the solution to the system of equations?
Responses
A Find the slope of point lines.Find the slope of point lines.
B Find where the lines intersect.Find where the lines intersect.
C Find where the slope is positive.Find where the slope is positive.
D Find where both lines cross the x-axis.Find where both lines cross the x-axis.
E Find where both lines cross the y-axis.
Answers
GPT-4o mini
The correct response is:
**B** Find where the lines intersect.
The solution to a system of equations is the point (or points) where the graphs of the equations intersect. This point represents the values of the variables that solve both equations simultaneously.
**B** Find where the lines intersect.
The solution to a system of equations is the point (or points) where the graphs of the equations intersect. This point represents the values of the variables that solve both equations simultaneously.