It's the equation of a straight-line graph. Every point on the line is a solution of the equation. There are an infinite number of them.
A ( blank ) is a graph that shows data along a number line
No. The equation describes a straight line and the coordinates of any one of the infinitely many points on the line is a solution.
This is an equation of a straight line. A solution for two unknowns requires two (independent) equations; there is only one here. Every point that is on that line is a solution to the equation. So you can let x be any real number and find a corresponding y. This ordered pair (x,y) will be a solution to the equation as well as a point on the graph of the line.
solution set
open circle menas it is not part of the solution set and closed circle means that it is part of the solution
It's the equation of a straight line. Every point on the line is a solution to the equation. There are an infinite number of them.
It's the equation of a straight-line graph. Every point on the line is a solution of the equation. There are an infinite number of them.
A ( blank ) is a graph that shows data along a number line
what is a line that shows a number in order using a scale is called what is it called
The solution consists of the infinite number of points on the line which is defined by y + x = 6.
No. The equation describes a straight line and the coordinates of any one of the infinitely many points on the line is a solution.
The number line
This is an equation of a straight line. A solution for two unknowns requires two (independent) equations; there is only one here. Every point that is on that line is a solution to the equation. So you can let x be any real number and find a corresponding y. This ordered pair (x,y) will be a solution to the equation as well as a point on the graph of the line.
solution set
The equation cannot be "solved", nor can it be simplified in any significant way. It is the equation of a line and the coordinates of any one of the infinite number of points on that line will be a solution to the equation.
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