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Prove a system is at equilibirum? |
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| Nov3-12, 06:11 PM | #1 |
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Prove a system is at equilibirum?
I am aware of the meaning when "the system is in equilibrium".
What are two ways to prove it? Any insight would be greatly appreciated... Thank you. |
| Nov3-12, 06:15 PM | #2 |
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In what context are you referring to? Like in physics, for a system to be in equilibrium, the sum of forces in the x,y,z directions are zero and the sum of moments about any point is zero.
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| Nov3-12, 06:24 PM | #3 |
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That sounds to be what I am referring to...I'm assuming it has to do with:
ΣFx = 0 and ΣFy = 0... Is that how I would prove it?...I was wondering what the explanation is for two ways of proving when a system is in equilibrium. I hope that explains better to what I am looking for. Thank you. |
| Nov3-12, 06:40 PM | #4 |
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Prove a system is at equilibirum? |
| Nov4-12, 04:01 AM | #5 |
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In general an equilibrium state is characterised by an energy minimum (or plateau).
Generally you calculate the energy of the system as a function of position, differentiate it and set equal to zero. That gives the position of equilibrium. |
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