Does a static container apply a torque on Earth ?

AI Thread Summary
A static container filled with water does not apply a torque on Earth, as the forces acting on it (F1, F2, and F3) are directed toward the center of the Earth. The discussion raises questions about the forces involved and whether the force exerted by the container exceeds the weight of the water. It is noted that angular momentum is conserved in this scenario. The confusion stems from the interpretation of the forces in relation to torque. Overall, the consensus is that a static container does not create a torque effect on Earth.
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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



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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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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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Angular momentum is conserved.
 
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