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Yes.
35
The slope is the magnitude of the line upwards or downwards, commonly referred to as "rise over run". The rise is how much the graph goes up in a certain distance, and the run is how much the graph goes over horizontally that same distance. To find the slope in that situation, you have to divide the rise by the run.
The incline of the graph changes although it still intersects the y-axis at the same point.
When the slope is undefined, you know the line has to be vertical. Vertical lines only have an x in their equations. When you have the coordinates (2,4) with a vertical line, the equation for the slope intercept AND standard form would be the same thing: x=2
I believe they are parallel.
The statement - The graph of a system of equations with the same slope and the same y intercepts will have no solution is True
they both have x and y coordinates
A line on a graph with zero slope is a horizontalline.' Y ' is the same number at every point on the line.
Yes.
The slope of the line on distance vs time is the same as the change of distance with respect to time...which is called "speed".
No. A linear graph has the same slope anywhere.
no the graph will be written in slope intercept form or y=mx+b
35
The slope is the magnitude of the line upwards or downwards, commonly referred to as "rise over run". The rise is how much the graph goes up in a certain distance, and the run is how much the graph goes over horizontally that same distance. To find the slope in that situation, you have to divide the rise by the run.
The incline of the graph changes although it still intersects the y-axis at the same point.
When the slope is undefined, you know the line has to be vertical. Vertical lines only have an x in their equations. When you have the coordinates (2,4) with a vertical line, the equation for the slope intercept AND standard form would be the same thing: x=2