What is the difference between physical study in the circular motion and other type of movement?

The circular motion can effect an object by the central force toward the central of that circle or in the opposite directions of the radius victor of that circle and it velocity is tangential and perpendicular on radius of the circuit and its the basic view of the oscillations systems .

Uniform circular motion is motion in a circle at a constant speed. This happens because of a centripetal force, a force pointing towards the center of a circle. Mathematically, an object in uniform circular motion has a net force towards the center of the circle, an acceleration vector towards the center of the circle.

We have other types of motion, such as oscillatory motion, vibratory motion, translational motion, etc. These motions do not follow a circular path.

 

In the circular motion particle experience tangential acceleration and centripetal acceleration (one along the tangent and other along the radius). 

When it comes to one dimensional translatuional motion it experience a linear acceletaion in the motion is non uniform in anture.

In Circular motion there acts a net force towards  the inside  of the circle and in case of constant circular motion this net force acts towards the center of the circle. 

In circular motion, not change displacement.

If a body is in rotation (rotation about fixed axis) it is possible that its center of mass may go in a circle. We never use term rotation for a particle

The motion along a curved path is termed as circular motion, like the orbital motion of planets, ice skater, blades of the fan, gears, amusement park rides, etc. The two fundamental concepts which are studied in circular motion are rotation and revolution. While rotation means the movement in a circle round an axis, revolution is when an object moves in a circular path around another object or center

Circular motion and rotational motion The motion of a body around a fixed point,

The difference between them in the path of motion and the direction of the force

Circular motion requires a center of motion

The difference is centrifugal force. So when we move on curve the vehicle is attract to the center. So we can do super elevation