| bio | website | |
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| location | ||
| age | ||
| visits | member for | 2 years, 4 months |
| seen | Nov 23 '12 at 20:49 | |
| stats | profile views | 82 |
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Jan 12 |
awarded | Yearling |
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Sep 4 |
awarded | Enlightened |
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Sep 4 |
awarded | Nice Answer |
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Sep 1 |
answered | Would it be possible to develop special relativity without knowing about light? |
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Aug 10 |
answered | What's the relationship between quantum entanglement and the relativity of time? |
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Aug 10 |
comment |
Does a toy top weigh less when it is spinning? Short answer: no. Long answer: noooooooooooooooo. |
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Aug 8 |
comment |
When I connect two charged capacitors side by side, what will be the voltage across them? @B Biswas That is exactly what I'm saying. The voltage across the capacitor has nothing to do with the movement of charge already on the capacitor, it tells you what will happen to new charges introduced to the system. As it stands, things are in equilibrium. As to how one can claim the capacitors are in series, the external connection (or lack thereof) doesn't affect anything about claiming that these two capacitors are in series with each other. |
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Aug 8 |
answered | When I connect two charged capacitors side by side, what will be the voltage across them? |
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Jul 27 |
comment |
Does black hole complementarity apply to white holes? Ignoring the "doesn't exist" part of the question, the analog here would be that someone inside the white hole can't compare their observations with someone who "fell out" of the white hole, so apparent contradictions in their observations can't be put side by side. The person in the white hole can get no further information about the person outside. |
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Jul 24 |
answered | Why is the crust of my meat pie only slightly warm? |
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Jul 23 |
comment |
Constant Volume vs. Constant Pressure? @ramunujan A nice explanation and probably at a more appropriate level than mine. I would point out, though, that for homework-tagged questions, the preference is to help the OP answer the question themselves, rather than work out/give them the answer. |
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Jul 23 |
answered | Constant Volume vs. Constant Pressure? |
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Jul 16 |
answered | Relative Speed vs speed of light |
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Jul 16 |
answered | Deducing from the double slit experiment that electrons mostly behave like particles |
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Jul 16 |
answered | What is a clock? |
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Jul 11 |
asked | Acceleration of a Free-Falling System with Center-of-Mass Change |
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May 26 |
answered | Resonance and Natural Vibrations in Vacuum |
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May 26 |
comment |
Why does water pouring from a glass sometimes travel down the side of the glass? Nature likes lower energy arrangements, so if there is one, nature will try to use that configuration. If it can't get there, or some other, even lower energy arrangement becomes available, then you see different behavior. |
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May 26 |
comment |
The Nucleus of an Atom Oh no, not even close. There's a whole field (quantum chromodynamics, QCD) dedicated to describing the force/interaction. In point of fact, the system of equations hasn't been solved algebraically, only numerically. There's no "simple" explanation like an inverse square law. |
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May 26 |
answered | The Nucleus of an Atom |