How could you check to see if the point (5, 6) is the solution to the Linear System of equations?(1 point)
Responses
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 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 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 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 a solution to the linear system of equations, you would substitute 5 in for x and 6 in for y in both of the equations to see if both equations are true.
To check if the point (5, 6) is a solution to the linear system of equations, you can substitute 5 for x and 6 for y in both equations and see if both equations are true.
To check if the point (5, 6) is the solution to a linear system of equations, you need to substitute the values of x and y into each equation and see if both equations are true.
1. Start by picking one of the equations in the system.
2. Substitute 5 for x and 6 for y in the chosen equation.
3. Simplify both sides of the equation to see if they are equal. If they are, this means the equation is true for the given values of x and y.
4. Repeat Steps 2-3 for the other equation in the system.
If both equations are true when you substitute the values, then the point (5, 6) is a solution to the linear system. If either equation is not true, then the point is not a solution to the system.