The first thing to do before plotting any graph is to find the missing values. Plot the position vs time, velocity vs time and acceleration vs time graphs for this motion considering the motion in each segment as uniform. Example 1Īn object moves linearly from A to B at 6 m/s for 5s and then it turns back at A after other 10s. Let's plot all the three motion graphs for a situation involving uniform motion to explain this point. Therefore, the acceleration vs time graph will be a straight line extending on the horizontal (time) axis as shown in the figure: In Uniform Motion, there is no acceleration ( a ⃗ = 0) as the velocity is constant. Acceleration vs Time graph in Uniform motion We will discuss in detail the above situations illustrating them with both numerical and non-numerical examples. when the motion equations cannot be used. It helps us calculate the other kinematic quantities even when no other option is available, i.e. This kind of graph is particularly important in non-uniform motion. In this tutorial we cover the third type of motion graph: the Acceleration vs Time graph.
#MOTION GRAPH PHYSICS QUESTION HOW TO#
How to make use of the average acceleration concept in situations involving motions with variable acceleration.How to plot the acceleration vs time graph for uniformly accelerated (decelerated) motion.
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