Explain :
Oscillatory motion, periodic motion, random motion, circular motion.
Explain :
Oscillatory motion, periodic motion, random motion, circular motion.
Oscillatory motion: Oscillatory motion refers to the motion in which the object moves back and forth repeatedly about a mean position.
For example: Motion of a swing is oscillatory as it moves back and forth.
Periodic motion: An object is said to possess periodic motion if it moves in such a way that it repeats its motion after a certain interval of time.
For example: Motion of the Earth around the Sun as it repeats its motion after a fixed time interval (i.e., 365 days).
Random motion: The motion of an object whose direction changes continuously in an improper way is called random motion.
For example: The motion of a snail, he changes his direction while walking in an improper way or the motion of a fly.
Circular motion: An object is said to possess circular motion if it moves from one point to another in such a way that its distance from a fixed point always remains constant.
For example: The movement of the blades of a fan. During their motion, the head of the blades move from one point to another, but the distance of the head from the axis of rotation always remains the same.
Oscillatory motion: Oscillatory motion refers to the motion in which the object moves back and forth repeatedly about a mean position.
For example: Motion of a swing is oscillatory as it moves back and forth.
Periodic motion: An object is said to possess periodic motion if it moves in such a way that it repeats its motion after a certain interval of time.
For example: Motion of the Earth around the Sun as it repeats its motion after a fixed time interval (i.e., 365 days).
Random motion: The motion of an object whose direction changes continuously in an improper way is called random motion.
For example: The motion of a snail, he changes his direction while walking in an improper way or the motion of a fly.
Circular motion: An object is said to possess circular motion if it moves from one point to another in such a way that its distance from a fixed point always remains constant.
For example: The movement of the blades of a fan. During their motion, the head of the blades move from one point to another, but the distance of the head from the axis of rotation always remains the same.
