define by drawing the graphs uniform acceleration
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Acceleration is defined as the rate of change in velocity with respect to time...
Accelerarion is denoted by letter ' a ' then
u = initial velocity , v = final velocity , t = change in time
Change in vocity = final vel. - Initial vel. = v - u
a = v - u / t
To plot a graph of uniform acceleration ,
Time is taken on X - axis and so called time - axis
Velocity is taken on Y- axis and so called Velocity-axis.
A body moves with uniform acceleration when there is a constant chage in velocity in an equal interval of time...
For example => a body is moves with 5 m/s and changing its speed by 2 m/s in every second...so speed of the body will be 5 , 7 , 9 , 11 , 13 ....
Here you see the change is 2 m/s which is a constant...In this situation we say body is moving with uniform acceleration...
If we plot a graph of uniform acceleration , we get a staright line parallel to Time - axis as shown in snap...
Accelerarion is denoted by letter ' a ' then
u = initial velocity , v = final velocity , t = change in time
Change in vocity = final vel. - Initial vel. = v - u
a = v - u / t
To plot a graph of uniform acceleration ,
Time is taken on X - axis and so called time - axis
Velocity is taken on Y- axis and so called Velocity-axis.
A body moves with uniform acceleration when there is a constant chage in velocity in an equal interval of time...
For example => a body is moves with 5 m/s and changing its speed by 2 m/s in every second...so speed of the body will be 5 , 7 , 9 , 11 , 13 ....
Here you see the change is 2 m/s which is a constant...In this situation we say body is moving with uniform acceleration...
If we plot a graph of uniform acceleration , we get a staright line parallel to Time - axis as shown in snap...
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