mczavier
contestada

A system of two linear equations is graphed on a coordinate plane. If the system of equations has infinitely many solutions, which statement must be true?

Question 1 options:


A.On the graph, there are no points (x,y) that satisfy both equations.


B.On the graph, there is exactly one point (x,y) that satisfies both equations.


C.On the graph, any point (x,y) that satisfies one of the equations cannot satisfy the other equation.


D.On the graph, any point (x,y) that satisfies one of the equations must also satisfy the other equation.

Respuesta :

Your best answer choice would be "D'' 
 
I hope this helps
batolisis

The statement that must be correct about a system of two linear equations with an infinite number of solutions is (D)

Given a system of two linear equations, we have the following cases:

  • A system of two linear equations is inconsistent if it has no points that satisfy both equations
  • A system is consistent but independent if it has only one point that satisfies the two equations in the system
  • A system is consistent but dependent if it has infinitely many points that satisfy the equations in the system.

The statement that must be correct is (D) because for a system with infinitely many solutions, any point (x, y) on one line is also on the other line.

Learn more about systems of linear equations here https://brainly.com/question/20379472

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