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It is the derivative of the vertical change relative to the horizontal change - if the derivative exists. So, with the typical x-y graph, it would be dy/dx. If the graph is a straight line, then it is the change in the vertical positions between any two points divided by the change in the horizontal positions between the same two points (in the same order).
Yes.
yes because horizontal lines are across and vertical lines is up n down
On the horizontal axis you would probably plot the time. On the vertical axis you could plot displacement, velocity or acceleration.
A vertical line has an undefined slope. If a line is vertical, the horizontal coordinate, commonly known as the x coordinates, must all be the same. If not, the line would not be vertical.
Stems can grow narrow, vertical, thick, and horizontal... I would check this answer online...
It is the derivative of the vertical change relative to the horizontal change - if the derivative exists. So, with the typical x-y graph, it would be dy/dx. If the graph is a straight line, then it is the change in the vertical positions between any two points divided by the change in the horizontal positions between the same two points (in the same order).
You put time on the horizontal axis and distance on the vertical axis.
diaginald
yes because horizontal lines are across and vertical lines is up n down
Yes.
We start on the horizontal axis because of tradition. You would get the same results if you started on the vertical axis, as long as you continue to label the horizontal axis as the x-axis and the vertical axis as the y-axis.
Horizontal does not mean up or down. That would be vertical. Horizontal is left and right. Think of it like looking at the horizon.
On the horizontal axis you would probably plot the time. On the vertical axis you could plot displacement, velocity or acceleration.
A vertical line has an undefined slope. If a line is vertical, the horizontal coordinate, commonly known as the x coordinates, must all be the same. If not, the line would not be vertical.
I assume you mean vertical, not verdical.The rectangle has 2 vertical lines, and 2 horizontal lines.
It is polarized at 90 degrees to the plane of incidence. If the surface is horizontal, the plane of incidence is vertical & the polarization would be horizontal.