Intercept for a graph are points at which the graph crosses either axis. There is no such thing as an intercept for tables.
Graphs of direct variation pass through the origin so the y-intercept would be 0.
In three dimensional graphs the z intercept is where the graphed plane intercepts the z axis while both x and y equal 0.
Equations don't have y-intercepts, but their graphs may. The y-intercept of the graph of the equation in this question is 0.7 .
The y-intercept is where a graph cuts the y-axis. (When the x coordinate = 0) All linear graphs can be expressed in the form y = mc + c where m is the gradient and c is the y - intercept.
Intercept for a graph are points at which the graph crosses either axis. There is no such thing as an intercept for tables.
Graphs of direct variation pass through the origin so the y-intercept would be 0.
In three dimensional graphs the z intercept is where the graphed plane intercepts the z axis while both x and y equal 0.
Equations don't have y-intercepts, but their graphs may. The y-intercept of the graph of the equation in this question is 0.7 .
The y-intercept is where a graph cuts the y-axis. (When the x coordinate = 0) All linear graphs can be expressed in the form y = mc + c where m is the gradient and c is the y - intercept.
NO
because right away you can tell the slope and y-intercept
This question cannot be answered because there is no graph to tell where the y-intercept is.
In such graphs the x-axis is usually (but not always) the time axis. The x-intercept represents the time(s) at which your position is at the starting point - either for the first time or later.
10
i dont know, you tell me!
Of course not. The graph can cross the y-axis anywhere ... fraction, mixed number, whole number, or zero, and there are even some graphs that don't cross the y-axis anywhere.