This question cannot be answered because there is no graph to tell where the y-intercept is.
Intercept for a graph are points at which the graph crosses either axis. There is no such thing as an intercept for tables.
The slope is how steep the line is and the y-intercept is where the line hits the y-axis. The two need to work together to graph a line because without one of those variables, you would not be able to properly plot a line.
y = -4x The y-intercept is zero. That is, the graph passes through the origin.
Where a line crosses the y an x axis on a graph.
This question cannot be answered because there is no graph to tell where the y-intercept is.
Intercept for a graph are points at which the graph crosses either axis. There is no such thing as an intercept for tables.
You can either measure or estimate the coordinates visually from the graph, or solve the equation underlying the graph.
It is found on the horizontal x axis number line on a graph whereas the y intercept is found on the vertical number line on a graph.
The y-intercept of the graph of 4x + 2y =12 is probably 6
as the y-intercept increases, the graph of the line shifts up. as the y-intercept decreases, the graph of the line shifts down.
The graph doesn't intersect either axis.
if you are looking at a graph the y intercept is when the graph crosses the y axis and the x intercept is when the graph crosses the x axis. if you have a formula... plug zero in for x to find the y intercept, and plug zero in for y to find the x intercept
The slope is how steep the line is and the y-intercept is where the line hits the y-axis. The two need to work together to graph a line because without one of those variables, you would not be able to properly plot a line.
Depending on the graph, for a quadratic function the salient features are: X- intercept, Y-intercept and the turning point.
y = -4x The y-intercept is zero. That is, the graph passes through the origin.
The y-intercept on the graph shows where the graph crosses the y-axis. The value is always the value of y at that point, because x is always equal to zero.