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| bio | website | |
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| location | ||
| age | ||
| visits | member for | 1 year, 4 months |
| seen | 7 hours ago | |
| stats | profile views | 306 |
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Apr 5 |
revised |
What is the term for heat generation by a flowing fluid? Latex improved |
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Apr 5 |
suggested | suggested edit on What is the term for heat generation by a flowing fluid? |
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Apr 5 |
comment |
How long does it take a warm object to cool in air? @zhermes It is unanswerable because there is too little information. We can make estimates, but he clearly stated in the question that that is not good enough. |
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Apr 5 |
comment |
How long does it take a warm object to cool in air? This question is not answerable. The convective cooling largely depends on how fast the air is flowing. |
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Apr 5 |
revised |
Cylinder rolling down an inclined plane held by a string Latexify equations |
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Apr 5 |
reviewed | Reviewed Cylinder rolling down an inclined plane held by a string |
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Apr 5 |
suggested | suggested edit on Cylinder rolling down an inclined plane held by a string |
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Apr 5 |
reviewed | Reviewed Does an electromagnet increase in strength more by voltage or wire turns? |
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Apr 5 |
comment |
Does an electromagnet increase in strength more by voltage or wire turns? What determines the strength of an electromagnet? Turns or voltage, or both? |
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Apr 4 |
comment |
Is the tension in both ends the same (on a massed string)? Because that was the question. You are not answering it here. |
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Apr 2 |
awarded | Quorum |
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Apr 2 |
reviewed | No Action Needed Why does a black hole have a finite mass? |
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Apr 2 |
comment |
Is the tension in both ends the same (on a massed string)? @KrisVanBael Why not? |
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Apr 2 |
comment |
Bear with me, this is a stupid question. Talking on the phone and time Can the downvoter please explain what is wrong about my answer? |
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Apr 1 |
reviewed | Approve suggested edit on Bear with me, this is a stupid question. Talking on the phone and time |
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Apr 1 |
comment |
Is the tension in both ends the same (on a massed string)? Uhh, it's semantics I think. I would rather say in this case that the tension is the same in the whole rope. |
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Apr 1 |
comment |
Is the tension in both ends the same (on a massed string)? @user42624 Relax, take it easy. Just trying to teach you something here :) |
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Apr 1 |
revised |
Equidistant coffee rings in a mug: pinning boundaries coupled with migration of solute or just sip volume? Removed text 'edited' from question. How did it end up there? |
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Apr 1 |
comment |
Is the tension in both ends the same (on a massed string)? If I thought the other two answer were correct, I would not have added this one. Now the community can decide by voting which answer is best. Anyhow, I don't believe that the mass will accelerate if there is no net force AND is has a mass. I don't think there is an argument against this. |
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Apr 1 |
suggested | suggested edit on Equidistant coffee rings in a mug: pinning boundaries coupled with migration of solute or just sip volume? |
