for a body of given mass graph between velocity of the body and its linear momentum is
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Velocity time graphs
The variation in velocity with time for an object moving in a straight line can be represented by a velocity-time graph.
In this graph, time is given along the x-axis and the velocity is given along the y-axis.
The displacement of an object moving with uniform velocity can be given by the product of velocity and time. The area enclosed by velocity-time graph and the time axis will be equal to the magnitude of the displacement.
When a body is moving with a constant velocity, then the velocity time graph for this body is a straight line parallel to time axis as shown below in the figure 5.

The velocity time graph of uniformly changing velocity is shown in figure 6 and is a straight line. One can figure out the value of acceleration by using the velocity time graph.
When the velocity of a body changes keeps changing in a irregular manner, then the velocity time graph of the body is a curved line.
Equations for Motion in a Straight Line
There are three equations of kinematics.
1) vv = u+at+at
2) SS = ut+ 1/2at2
3) v2= u2+2as
Important note:
Where
v = Final velocity
u = Initial velocity
a = Acceleration
s = Distance traveled by a body
t = Time taken.
Hope you liked this article. Keep following
The variation in velocity with time for an object moving in a straight line can be represented by a velocity-time graph.
In this graph, time is given along the x-axis and the velocity is given along the y-axis.
The displacement of an object moving with uniform velocity can be given by the product of velocity and time. The area enclosed by velocity-time graph and the time axis will be equal to the magnitude of the displacement.
When a body is moving with a constant velocity, then the velocity time graph for this body is a straight line parallel to time axis as shown below in the figure 5.

The velocity time graph of uniformly changing velocity is shown in figure 6 and is a straight line. One can figure out the value of acceleration by using the velocity time graph.
When the velocity of a body changes keeps changing in a irregular manner, then the velocity time graph of the body is a curved line.
Equations for Motion in a Straight Line
There are three equations of kinematics.
1) vv = u+at+at
2) SS = ut+ 1/2at2
3) v2= u2+2as
Important note:
Where
v = Final velocity
u = Initial velocity
a = Acceleration
s = Distance traveled by a body
t = Time taken.
Hope you liked this article. Keep following
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