# Representing instantaneous velocity vs time on a graph

## Homework Statement

I need to draw an instantaneous velocity vs time graph of an object moving at a constant velocity, provide an equation, and explain what it all means. I know that instantaneous velocity is typically shown as dx/dt (the derivative of change in position with respect to time and I know the unit of measurement would be meters/seconds) However, because it says to show velocity, I feel like I need to represent the displacement in terms of v instead of x yet in going online to see how it's shown, it had looked like v was the typical variable used. I also have to draw one for position vs time (average velocity) so I'm not sure the best to show it for the instantaeous velocity graph as I know velocity is typically shown when representing acceleration. Any input would be appreciated!

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CWatters
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I need to draw an instantaneous velocity vs time graph of an object moving at a constant velocity, provide an equation, and explain what it all means. I know that instantaneous velocity is typically shown as dx/dt (the derivative of change in position with respect to time and I know the unit of measurement would be meters/seconds) However, because it says to show velocity, I feel like I need to represent the displacement in terms of v instead of x
You might be over thinking the problem. The question says..

I need to draw an instantaneous velocity vs time graph of an object moving at a constant velocity
How do you show

y(t)=constant

on a graph of y vs t?