Question

identifies different types of motions on the basis ​

Answer 1

$\bold{Question}$

identifies different types of motions on the basis

________________________________

$\bold{Answer}$

$\green\tt{What \ is \ motion}$

$\bold{Motion:-}$ The objects which change their position with time are set to be motion.

$\green\tt{Types \ of \ motion:-}$

$\red\tt{Translatory \ motion}$

$\red\tt{Rotatory \ motion}$

$\red\tt{Rolling \ motion}$

$\red\tt{periodic \ motion}$

$\red\tt{oscillatory \ and \ vibratory motion}$

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Translatory motion:-

A motion in which all particles of an object move through the same distance in the same time.

For examples:

A moving car

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There are three types Translatory motion:

• Random Motion

• Random motion

• Circular motion

Random motion :-

A motion in which a body changes it's direction irregularly.

Circular motion:-

A motion on a circular path.

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Rectilinear motion:-

A motion along a straight line

Rotatory motion:-

A motion that rotates a body from Translatory as well as rotatory motion.

For examples:

The motion of a child sitting in merry - go - round

Rolling motion:-

A motion that moves one plays to another.

For examples:

The motion of a wheel of a bicycle is rolling.

Periodic motion:-

A motion which repeats itself after regular interval of time.

For examples:

Motion of a child on a swing.

oscillatory or vibratory

motion:-

The motion To - and - from repeats itself at a regular interval of time is called oscillatory motion.

For example :

A body on a moving swing.

Vibrating motion Right and Rapid To - and - from repeats itself. It vibrates sound.

For example :The string of the musical instruments such as guitar, violin and sitar produces Vibrating motion.

$\bold{Thanks:)}$

Answer 2

$\huge\mathbb{\underline{Answer:-}}$

In the world of mechanics, there are four basic types of motion. These four are rotary, oscillating, linear and reciprocating. Each one moves in a slightly different way and each type of achieved using different mechanical means that help us understand linear motion and motion control.

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