What type of motion does a merry go round have?

circular motion
The motion of a merry go round is circular motion. In this motion the merry go round exerts a centripetal force on the person riding it. The more we move away from the center of circular motion the more centripetal force will be applied on the person riding it.

What is an example of a periodic motion?

periodic motion, in physics, motion repeated in equal intervals of time. Periodic motion is performed, for example, by a rocking chair, a bouncing ball, a vibrating tuning fork, a swing in motion, the Earth in its orbit around the Sun, and a water wave. Waves that can be represented by sine curves are periodic.

Is a merry go round uniform motion?

The merry-go-round is rotating with uniform circular motion – that means that it rotates at a constant angular speed. Now lets say your friend is a distance r from the centre which is also equal to the radius of her circular path and you are a distance R.

What type of motion is executed by a child sitting in a merry go round?

(iii) Motion of a child in a merry-go-round – Circular motion. Motion of the merry-go-round is circular. Therefore kids sitting inside it experiences the circular motion.

What are the 10 examples of periodic motion?

Examples of periodic motion

• Swinging pendulum.
• rocking chair.
• revolution of Earth.
• rotation of Earth around its axis.
• Revolution of the moon around the Earth.
• Tuning fork.
• Blades of a propeller.
• Hands of a clock.

Which is not example of periodic motion?

None of the option is correct. The earth moving around sun is a rotational and circular motion. Pendulum in a clock shows oscillatory motion.

How does merry go round work?

A “merry-go-round” is a small social organization where members contribute a small sum of money on a regular basis, often every week. Each time money is collected, the full sum is paid out to one of the members. By participating, members are essentially putting money away until it comes back to them as a larger sum.

Does a merry go round rotate or revolve?

Does a child on a merry-go-round revolve or rotate around the merry-go-round’s axis? The child revolves around the merry-go-round’s axis. You just studied 36 terms!

What force keeps a person on a merry go round?

The observer on the ground sees that the person on the Merry go round is moving in a circle and that the force that pulls the rider to the center of that circle is the friction from the floor of the Merry go round; which is known as centripetal force.

What do you mean by merry go round?

English Language Learners Definition of merry-go-round : a large round platform that turns around in a circle and has seats and figures of animals (such as horses) on which children sit for a ride. : a set or series of repeated activities that are quick, confusing, or difficult to leave.

What type of motion is a Merry Go Round?

Answered Nov 27, 2018 The motion of a merry go round is circulatory ie. In a circular motion. Circular motion is defined as the movement of an object along the circumstances of a circle or a rotation along a circular path.

Which way does a child in a Merry-Go-Round press?

A Child In A Merry-Go-Round Press Presses The Side Of His Seat Radially Outward. Why? This is because of centrifugal force acting radially outwards on the child actually rotating in the merry go round.

Which of the following is an example of circular motion?

Example of such is the circular motion of a moving ceiling fan, the blades of the fan are moving in a circular manner another example is a stone tied to a rope and swung in a circular manner. For an object to move in a circular motion, there most be an inward force acting upon the object and causing the object to seek the center of the circle.

Why does a person sitting on a Merry-Go-Round press the chair outward?

A person sitting on a merry-go-round presses the chair outward due to this false force. He is not experiencing any real force outward, but he must exert a force to keep from flying off the merry-go-round. Was this answer helpful?