"Suppose a body is moving under a uniform acceleration in a given time interval. We can relate the change in the velocity of the moving body with the acceleration and time taken by using the one-dimensional velocity time equation.""The velocity time equation can be used for obtaining the final velocity, after time, of a uniformly accelerating body."What is the meaning of these lines?

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Solution

Uniform acceleration is that a is constant.
implying da/dt is zero.
the change in the velocity is acceleration which is dv/dt.
So, in order to relate velocity with acceleration, we can use dv/dt=a and find the initial and the final velocities with respect to time.

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Uniform acceleration is that a is constant. implying da/dt is zero. the change in the velocity is acceleration which is dv/dt. So, in order to relate velocity with acceleration, we can use dv/dt=a and find the initial and the final velocities with respect to time.

Uniform acceleration is that a is constant.
implying da/dt is zero.
the change in the velocity is acceleration which is dv/dt.
So, in order to relate velocity with acceleration, we can use dv/dt=a and find the initial and the final velocities with respect to time.