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It is simply called a point on the graph, or a solution to the equation represented by the graph.

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An point on a graph

Q: What is each individual point on a graph called?

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The slope of each point on the line on the graph is the rate of change at that point. If the graph is a straight line, then its slope is constant. If the graph is a curved line, then its slope changes.

sample space

This graph is called the x graph.

The intersection of the individual graphs. In the simplest case, the graph for each equation consists of a line (or some curve); the intersection is the points where the lines or curves meet.

The main way that a graph can be defined as a function is if it passes the vertical line test; this means that each individual x must correspond to one specific value of y. In the situation you mentioned, we don't know if the graph in question really is a function, because we only see the point at y; we don't know if the graph loops around on itself and fails the vertical line test at any other point.

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It is a coordinate of x and y on the coordinate plane

bar graph

Nothing particular. The graph of y = x2, for example, changes slope at each point on the graph.

The slope at each point on a speed/time graph is themagnitude of acceleration at that point in time.

The origin. This is the point at which each axis is at 0.

Because each vertical lines meets its graph in a unique point.

they are called error bars. It represents the amount of error associated with each data point

The slope of each point on the line on the graph is the rate of change at that point. If the graph is a straight line, then its slope is constant. If the graph is a curved line, then its slope changes.

-- Graph each equation individually. -- Examine the graph to find points where the individual graphs intersect. -- The points where the individual graphs intersect are the solutions of the system of equations.

The slope at each point of a displacement/time graph is the speed at that instant of time. (Not velocity.)

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In the same coordinate space, i.e. on the same set of axes: -- Graph the first equation. -- Graph the second equation. -- Graph the third equation. . . -- Rinse and repeat for each equation in the system. -- Visually examine the graphs to find the points (2-dimension graph) or lines (3-dimension graph) where all of the individual graphs intersect. Since those points or lines lie on the graph of each individual graph, they are the solution to the entire system of equations.