Is it possible to pump a swing 360 degrees?

In summary: This would require a smaller moment of inertia compared to a regular children's park swing with a longer length and chain connection.
  • #1
rlaworms
2
0
Is it possible to "pump" a swing 360 degrees?

Homework Statement


Is it possible to "pump" a swing so that it turns in a complete circle? Assume if you wish that the seat of the swing is connected to its support by rigid rod rather than a rope or chain.

Homework Equations


Angular momentum
Li=Lf

The Attempt at a Solution


We know that we can decrease or increase the rotational inertia by standing or crouching on the swing, respectively. However, we are not completely sure if those inertias alone will make it possible to swing in a complete circle.
 
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  • #2


rlaworms said:

Homework Statement


Is it possible to "pump" a swing so that it turns in a complete circle? Assume if you wish that the seat of the swing is connected to its support by rigid rod rather than a rope or chain.

Homework Equations


Angular momentum
Li=Lf

The Attempt at a Solution


We know that we can decrease or increase the rotational inertia by standing or crouching on the swing, respectively. However, we are not completely sure if those inertias alone will make it possible to swing in a complete circle.

I have seen performers at a "humans only" circus [like cirque du soleil] do it!

Edit: They were using a reasonably "short" swing, much shorter than you see in a children's park, and did it in the standing position, so will have been working with a reasonably small moment of interia? and yes, rods not chains.
 
  • #3


Oh, thanks. I kind of understand the question now.

So, it is possible to swing 360 degrees...
 

Related to Is it possible to pump a swing 360 degrees?

1. Can a swing be pumped to do a 360-degree rotation?

Yes, it is possible to pump a swing to do a 360-degree rotation. With enough momentum and force, a swing can achieve a full rotation in a circular motion.

2. What is the physics behind pumping a swing to do a 360-degree rotation?

The key physics behind pumping a swing to do a 360-degree rotation is centripetal force. This force is created when the swing is pushed or pulled in a circular motion, causing an inward force towards the center. As the swing gains more speed and momentum, the centripetal force allows it to maintain a circular motion.

3. Is it dangerous to attempt a 360-degree swing rotation?

Yes, attempting a 360-degree swing rotation can be dangerous if not done properly. It requires a certain level of skill, strength, and coordination to execute safely. It is important to have proper supervision and equipment when attempting this feat.

4. Are there any safety precautions that should be taken when attempting a 360-degree swing rotation?

Yes, there are several safety precautions that should be taken when attempting a 360-degree swing rotation. These include having proper supervision, ensuring the swing is securely attached to its frame, using appropriate equipment such as a strong rope or chain, and making sure the area around the swing is clear of obstacles.

5. Are there any other factors that can affect a successful 360-degree swing rotation?

Yes, there are other factors that can affect a successful 360-degree swing rotation, such as the weight and size of the swing user, the type of swing (e.g. traditional, tire, disc), and the terrain the swing is on. It is important to take these factors into consideration when attempting this feat.

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