Relative motion we always have to define the position of any particle or object with respect to some reference point to measure any change or variation in it.

Relative motion definition. Relative motion refers to the motion or speed of any object in respect to a particular point. Not absolute a relative value 2 prenominal (of a scientific quantity) being measured or stated relative to some other. From the earth if we see other planets they seem to move in the opposite direction or they seem to.

Relative motion is defined as the motion of one object with respect to another object. Motion as observed from or referred to some material system constituting a frame of reference (as two adjacent walls and floor of a room) — see relativity. Relative motion is the motion compared to some frame of reference other than ground and when the motion is defined with respect to the ground, the frame of reference.

It is easy to say that the motion of any two objects can be compared as relative. The relative velocities are the time derivatives of the position vectors. The position of p relative to the inertial frame is given by r and relative to the moving frame is r rel.

We define two reference frames, one inertial and one moving. Reference point is too important in physics. Therefore, \[\vec{v}_{ps} = \vec{v}_{ps'} + \vec{v}_{s's} \ldotp \label{4.35}\] the velocity of a particle.

There is no such thing like absolute motion or absolute rest. Relative motion refers to the motion or speed of any object in respect to a particular point. The relative term is not conferring to earth but is basically.

Velocity of the moving objects with respect to other moving or stationary object is called “relative velocity” and this motion is called “relative motion”. For example, a ball thrown upward while in a moving object such as a bus, would be traveling the. Where the motion is calculated with the velocity of the motion of the moving object.