network profile
| bio | website | natesoares.com |
|---|---|---|
| location | ||
| age | 23 | |
| visits | member for | 1 year, 8 months |
| seen | 2 hours ago | |
| stats | profile views | 29 |
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May 16 |
accepted | What's the relationship between an object's color and it's energy? |
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May 16 |
comment |
What's the relationship between an object's color and it's energy? Correct. I'm wondering if you can glean anything about the chemical by knowing only what color it reflects. In other words, what is the minimum difference between chemicals to cause the reflection of different colors; and what does that difference entail. |
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May 16 |
comment |
What's the relationship between an object's color and it's energy? Interesting. So what is it, then, that differentiates two teacups in a dark box not interacting with the outside world but wich would reflect different colors? Does it have to do with the configuration of the surface? |
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May 16 |
comment |
What's the relationship between an object's color and it's energy? Assume opaque teacups. The question becomes trivial if one absorbs high-energy light and the other reflects it: a better phrasing might be "Assume you have two otherwise-identical materials. One reflects only red light, the other only violet. In darkness, with no light shining on them, can we say definitively that one has more energy than the other?" (Also, if so, what form does this energy take? Potential energy of the electrons orbiting the atoms?) |
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May 16 |
comment |
What's the relationship between an object's color and it's energy? Yes, I know. But what is the relationship? Can we say that, all else held equal, the red teapot has "more energy" than the blue? If you have otherwise identical materials, but one is reflecting blue light and the other red, which is more energetic? |
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May 16 |
comment |
What's the relationship between an object's color and it's energy? I understand that -- but is there also any relationship (albeit indirect) between the percieved color (reflected light) and the energy (likely w.r.t. electron energy levels in the object)? |
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May 16 |
asked | What's the relationship between an object's color and it's energy? |
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Feb 28 |
awarded | Scholar |
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Feb 28 |
comment |
In-flight damage to a supersonic jet Well, this is fiction we're discussing, so there are other environmental factors (read: bullets) assisting in the development of the breach. Am I correct in assuming that a small hole in the canopy would soon cause the canopy to be destroyed? What forces would the pilots undergo in this scenario? What are their chances of survival? |
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Feb 28 |
accepted | In-flight damage to a supersonic jet |
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Feb 28 |
awarded | Supporter |
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Feb 28 |
comment |
In-flight damage to a supersonic jet All right, the mask requirement (and the pressurization requirement) are, according to my understanding, necessary due to the altitude, not the speed. Would you be able to breathe without a mask at super sonic speeds in a plane with a cockpit breach but at relatively low altitudes? |
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Feb 28 |
comment |
In-flight damage to a supersonic jet Cool stuff. So if a plane not designed to go supersonic attempted to, what would be the consequences? Any uneven part of the surface would cause a shock wave? What's 'flutter', and what's in the 'etc'? |
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Feb 27 |
awarded | Student |
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Feb 27 |
asked | In-flight damage to a supersonic jet |
