(1 point)
The graph of a line on a coordinate plane represents the
independent variable test points
set of all solutions dependent variable
The graph of a line on a coordinate plane represents the set of all solutions.
The graph of a line on a coordinate plane represents the set of all solutions.
The graph of a line on a coordinate plane represents the relationship between two variables: the independent variable and the dependent variable. The independent variable is typically represented on the x-axis, and the dependent variable is represented on the y-axis.
The independent variable refers to the variable that you can control or change. On a graph of a line, the independent variable is usually plotted on the x-axis. For example, if you are studying the relationship between the number of hours studied and the test scores, the number of hours studied would be the independent variable.
On the other hand, the dependent variable refers to the variable that depends on the independent variable. It is the variable that you are interested in studying or analyzing. In the example of the number of hours studied and test scores, the test scores would be the dependent variable.
The graph of a line represents the set of all possible solutions or values for the dependent variable, given different values of the independent variable. By plotting the points on the graph, you can see how the dependent variable changes as the independent variable changes.
To find the solutions or points on the graph, you can choose different values for the independent variable, plug them into the equation of the line, and calculate the corresponding values for the dependent variable. These calculated points can then be plotted on the coordinate plane, and the line connecting them represents the relationship between the variables.