is there a known temperature where it is too cold for electrical impulses to form?
813210
No.\n\nIt is perfectly possible for electricity to flow even at absolute zero - those who think it is not need to revisit their understanding of what thermodynamic temperature is.\n\nSuperconductivity is a very special case, and you cannot form electrical impulses in a superconductor - in fact you cannot change the current flowing in a superconducting circuit at all without introducing a non-superconducting element (usually called a weak link).
408260
About -1.8 degrees C, due to the freezing point depression of the dissolved salt (that's why they salt roads in winter)
23928
"Twice as cold" is a nonsensical statement -- there is actually no such thing as "coldness" ... there is only heat.  We humans consider temperatures below a certain point to be "cold" but that is a subjective thing.  Anyway, if it is zero degress today (Celsius ?) then that is equivalent to 273 degrees Kelvin and twice that would be 546 degress Kelvin or 273 degress Celsius -- your hair would catch fire.  (for  zero degrees Farenhiet that would be about 255 degress Kelvin x 2 would be about 510 degrees Kelvin or about 460 degrees Farenheit)
200818
Do you live in a really cold climate?
333963
Lack of moisture in the air helps static electricity build up.  Cold causes moisture to leave the air.  So, static electricity tends to build up easier in cold climates.
665015
Considering you said 0 degrees without specifying Fahrenheit or Celcius, it seems you don't know much about science.  If the compounds are "no longer active on the molecular level" you're talking about 0 Kelvins, which are not degrees.  There's no such thing as zero degrees Kelvin.  I don't see why you're convinced that electricity would make any difference.  Put simply, the answer to your question is currently No.  Maybe someday we can have some sort of hibernation, but it will probably include hormones or something, not just zapping you.
338330
The answer to this is made tougher by the fact that the water will be freezing.  I mean how can you answer a question where the water is ice cold and use the data provided at STP?  Think you need to either re-read your question or provide a little more info.
602468
Absolute Zero or around 20 K.\n\nMelting point 14.01 K  (−259.14 °C, −434.45 °F) \nBoiling point 20.28 K  (−252.87 °C, −423.17 °F)
198997
Actually I'm pretty sure that anyone interested in a cryogenic explosion is working on a chemical theory problem rather than Arctic terrorism.\nAn answer to a previous copy of this question said that reactions go too slowly at such a low temp. Well, an interesting property of solid rocket propellants (and perhaps TNT) is that the combustion rate increases with increasing pressure. In many rockets this effect overrides the rate dependence on temperature, and they can be launched over a range of ambient (and propellant) temperatures. If unconfined though, such propellants don't have the pressure effect to help them burn. But since high explosives can explode unconfined at higher temperatures, the detonator may provide enough initial pressure (in addition to the shock wave) to enable the explosive to fully explode. Just a thought. Probably it would take experimentation to validate this guess.
684212
the weather is pretty cold because it it far from the sun.It's temperature is -214 C.Its atmosphere is mainly made of hydrogen and methane gas.It has seasons different from us because it is tipped over its side
45840
Could be. There is so far no way to know the temperature of the earth's core. We know from drilling that the temperature increases about 1 degree Fahrenheit for every 60 feet in depth. Of course, there is considerable variation in this from region to region, since it depends on the thickness of the crust, volcanic activity, ocean depth, etc. Anyway if you extrapolate that towards the core, it would give you an answer much greater than 12,000 degrees F. Most sources estimate about 7500 Kelvin or 13,040 F. We can attempt to model the core to calculate the temperature but since we don't know for sure what it is made of, and cannot reproduce the extreme pressure, it is hard to really know the temperature.
129539
no because cold blooded animals are dependant of the  environment temperature \nif the temperature outside drops to 0 C you would die
755934
If any site would have this, I would think the Army Corps of Engineers ERDC Cold Regions Research Lab website, listed below, would have this. It's got to be there somewhere!\n\nGood Luck!
311397
Many beetles survive freezing...even ones as common as the Ladybird...(Ladybug)\nThe temperature range you give sounds a bit far-fetched, though.
1041749
Not as far as I know. I'm currently studying Physics at Uni and  studied thermodynamics last year. Negative Kelvins don't really make sense - 0 degrees Kelvin is a sort of absolute zero in terms of temperature.\n\nScientists still aren't able to cool anything down to 0 degrees Kelvin (approx. -273.15 degrees Centigrade) and have only come as far as about one hundredth of a degree, if I recall correctly.\n\nIf anyone gets a negative result in Kelvins, they most likely have done something very wrong. Either that or the person has miraculously solved one of science's biggest problems. :D If so, I suggest you go on to discovering the United Theory.
668301
cryogenic freezing takes the object to absolute freezing (i.e. not just cold as in -20°).\n\nAbsolute freezing is -273.15°C (or 0° Kelvin)\n\nAt this temperature atoms completely stop moving and therefore stop aging. Anywhere above this temperature, then atoms still move, even if it is a slight little bit.
596876
The answer is NOT pressure. Pressure has nothing to do with why it is cold at the North Pole or why polar bears are white. (if you don't believe this, do a little research and you will find that I am right)\n\nThe right answer is "No" :)\n\nSources:\nhttp://fun.egreetingsetc.com/2F/D/AI/index.shtml\nhttp://teensetc.com/0F/0D/BI/index.shtml\nhttp://phunpages.com/1F/D/AI/index.shtml