Question

What does velocity mean in motions graphs?

Answer 1

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δ

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δ

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt , and velocity is represented by

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt , and velocity is represented by Δ

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt , and velocity is represented by Δd

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt , and velocity is represented by ΔdΔ

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt , and velocity is represented by ΔdΔt

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt , and velocity is represented by ΔdΔt .

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt , and velocity is represented by ΔdΔt .In position vs. time graphs, time is the independent variable and is on the x-axis, and position is the dependent variable and is on the y-axis. The velocity is the slope of the line, and is the change in position/change in time, as determined by

Velocity is the change in position occurring over a change in time. Change in position is known as displacement, and is represented by Δd , and change in time is represented by Δt , and velocity is represented by ΔdΔt .In position vs. time graphs, time is the independent variable and is on the x-axis, and position is the dependent variable and is on the y-axis. The velocity is the slope of the line, and is the change in position/change in time, as determined by y2−y1x2−x1 = d2−d1t2−t1 = ΔdΔt .

.The following position vs. time graph shows the different possibilities when the velocity is constant. Constant velocity is represented by a straight line on a position vs. time graph.

.The following position vs. time graph shows the different possibilities when the velocity is constant. Constant velocity is represented by a straight line on a position vs. time graph.On the graph, Line A represents constant negative velocity. Lines B and D represent constant positive velocity. The steeper slope of Line B indicates a faster velocity than D. Line C indicates a constant velocity of zero, meaning the object is at rest.