![velocity vs time graph velocity vs time graph](https://sportsstudent.com/wp-content/uploads/2019/12/72688751_504410790289393_5632561010699662620_n.jpg)
![velocity vs time graph velocity vs time graph](https://d1avenlh0i1xmr.cloudfront.net/2059ab24-90be-4965-91a9-7babff21b344/velocity-time-graph-uniform-speed.jpg)
This line extends horizontally from zero up to the moving time t. This means the Velocity vs Time graph will be a horizontal line, which lies v ⃗ units above or below zero depending on the sign of velocity. In uniform motion, the velocity is constant. Like in the Position vs Time graph, in the Velocity vs Time graph the horizontal axis contains the Time, t, while the velocity is shown at the vertical axis. The approach will be very gradual, so the reader will have the chance to understand in depth these kind of motion graphs. In this tutorial, we will deal with Velocity vs Time and Speed vs Time graphs. Therefore, motion graphs are very important when trying to find the relationship between physical quantities involved in Kinematics but not only. They represent another "language" by which Physics communicates with its readers besides the language of words. Velocity v's Time and Speed v's Time GraphĪs discussed in the previous Physics tutorial " Position vs Time & Distance vs Time Graph", we obtain useful information from motion graphs.
#Velocity vs time graph how to#
How to plot the Position vs Time graph when the corresponding Velocity vs Time graph is given?.The same for the uniformly acceleration (decelerated) motion.The meaning of the area under the velocity or speed vs time graph.How to plot the corresponding Speed vs Time graph when the Velocity vs Time graph is given?.The properties of Velocity vs Time graph in the uniform motion.In this Physics tutorial, you will learn: