Does a static container apply a torque on Earth ?

In summary, the question is asking if a container full of water on Earth produces a torque, and the equation and diagram provided show the attempt at solving the problem. The diagram includes forces F1, F2, and F3, and the concept of angular momentum conservation is mentioned.
  • #1
Cri85
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Homework Statement



Does that container full of water gives a torque on Earth ?

http://imageshack.com/a/img537/6733/9Y0Hqq.png

Homework Equations



--

The Attempt at a Solution



I drawn all interesting forces :

http://imageshack.com/a/img540/9315/ymwwvW.png

Like that there is a torque from F2-F3, but it's strange, then I think I'm wrong, F2 and F3 have a direction to the center of the Earth ?
 
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  • #2
What is F1? Is the diagram asserting that the force of the container on the Earth is more than the weight of water in the container?
 
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  • #3
Angular momentum is conserved.
 

FAQ: Does a static container apply a torque on Earth ?

How does a static container apply a torque on Earth?

The static container applies a torque on Earth through the principle of conservation of angular momentum. When the container is rotated, the Earth also experiences a small rotation in the opposite direction due to the transfer of angular momentum.

Is the torque applied by a static container on Earth significant?

The torque applied by a static container on Earth is very small and not significant enough to cause any noticeable effects. The Earth's large mass and inertia make it difficult for external forces to cause any significant changes in its rotation.

Can the torque applied by a static container on Earth be measured?

Yes, the torque applied by a static container on Earth can be measured using sensitive instruments such as torque sensors. However, due to its small magnitude, it requires precise equipment and techniques to accurately measure it.

Does the direction of the torque applied by a static container on Earth change with rotation?

Yes, the direction of the torque applied by a static container on Earth changes with rotation. When the container is rotated in one direction, the torque is applied in the opposite direction, and when the rotation is reversed, the direction of the torque also changes.

Are there any practical applications of studying the torque applied by a static container on Earth?

Studying the torque applied by a static container on Earth can help scientists better understand the principles of angular momentum and rotational physics. It also has practical applications in fields such as space exploration, where understanding the effects of torque on rotating objects is crucial for spacecraft design and control.

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