Question
How could you check to see if the point (5, 6) is the solution to the Linear System of equations?(1 point)
Responses
Substitute 6 in for x and 5 in for y in both of the equations to see if both equations are true.
Substitute 6 in for x and 5 in for y in both of the equations to see if both equations are true.
Substitute 5 in for x and 6 in for y in both of the equations to see if both equations are true.
Substitute 5 in for x and 6 in for y in both of the equations to see if both equations are true.
Substitute 5 in for x and 6 in for y in one of the equations to see if the equation is true.
Substitute 5 in for x and 6 in for y in one of the equations to see if the equation is true.
Substitute 6 in for x and 5 in for y in one of the equations to see if the equation is true.
Substitute 6 in for x and 5 in for y in one of the equations to see if the equation is true.
To check if the point (5, 6) is the solution to the linear system of equations, you need to substitute 5 in for x and 6 in for y in both of the equations. This will allow you to see if both equations are true.
To check if the point (5, 6) is the solution to the linear system of equations, you need to substitute the values of x and y into each equation and check if both equations are true.
Option 1: Substitute 6 in for x and 5 in for y in both of the equations to see if both equations are true. This means you substitute 6 for x and 5 for y in each equation separately and check if both equations hold true.
Option 2: Substitute 5 in for x and 6 in for y in both of the equations to see if both equations are true. This means you substitute 5 for x and 6 for y in each equation separately and check if both equations hold true.
Option 3: Substitute 5 in for x and 6 in for y in one of the equations to see if the equation is true. This means you pick one of the equations from the linear system, substitute 5 for x and 6 for y in that equation, and check if the equation holds true.
Option 4: Substitute 6 in for x and 5 in for y in one of the equations to see if the equation is true. This means you pick one of the equations from the linear system, substitute 6 for x and 5 for y in that equation, and check if the equation holds true.
By following any of these options and verifying if both equations hold true when the values are substituted, you can determine if the point (5, 6) is a solution to the linear system of equations.