Question

state the equation of motion of a free falling object from the equations of constant accelerated motion.

Answer 1

The equations can be utilized for anymotion that can be described as being either a constant velocity motion (anacceleration of 0 m/s/s) or a constant acceleration motion. They can never be used over any time period during which the acceleration is changing. Each of the kinematic equationsinclude four variables.

Answer 2

The equation of motion of a free falling object is S=$ut+1/2(at)^2$

Explanation:

V=u+at

$V^2= u^2+2as$

$S=ut+1/2(at)^2$

In these above-mentioned equations, all are the equations if motion where v denotes the velocity, a is acceleration, t is the time period.  

All those equations of motions represent the movement of the object which attains certain velocity and acceleration when they move from one place to the other.

These equations are usually used to present the object and to know whether the object is in motion or standing still.  

TO KNOW MORE:

Derive the 3 equation of motion

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