The slope is
(change in 'y' produced by a change in 'x') divided by (change in 'x' that produces it).
The slope of any horizontal line on the graph is zero because the value of 'y' is
the same everywhere on the line. No matter how much you change 'x' along
the line, 'y' never changes.
It has no slope and is parallel to the x axis
The graph of [ y = 4x + 2 ] is a straight line with a slope of 4.Any line with a slope of 4 is parallel to that one, and any line parallel to that one has a slope of 4.
.... then your graph is inverted.
-2/3
When the slope of a line reaches zero it then will be parallel to the x or y axes depending if its a positive or a negative slope.
It has no slope and is parallel to the x axis
The graph of [ y = 4x + 2 ] is a straight line with a slope of 4.Any line with a slope of 4 is parallel to that one, and any line parallel to that one has a slope of 4.
An horizontal line . A line parallel with the x-axis. NB A vertical line / a slope parallel with the y-axis is described as 'undefined'.
I believe they are parallel.
.... then your graph is inverted.
When the equation of a line is parallel to another line the slope remains the same but the y intercept changes
If you mean: y = 0.5x-10 then an equation parallel to it will have the same slope of 0.5 but a y intercept different to -10
-2/3
When the slope of a line reaches zero it then will be parallel to the x or y axes depending if its a positive or a negative slope.
When the slope of a line reaches zero it then will be parallel to the x or y axes depending if its a positive or a negative slope.
When the slope of a line reaches zero it then will be parallel to the x or y axes depending if its a positive or a negative slope.
When the slope of a line reaches zero it then will be parallel to the x or y axes depending if its a positive or a negative slope.