How far down is that, and what would be the temperature that it would have to withstand?
218543
The dead sea in israel is 400m below sea level have a look at that.\n\nThere are some bacteria living in crude oil reserves underground check thos out.\n\nThe other animals that live and work far underground are miners. Have a look for the world's deepest mines to see what they live through.
66974
It would be impossible to drill down far enough to cause that sort of catastrophe due to the increasing temperature as the drill got lower. The drill would melt. In addition, the heat would set off the explosives long before they reached a point at which they could set off any volcanoes.
615390
About 4000 miles from the surface.\n\nAs I recall, molten iron or nickel
38771
depends on the gun/cartridge type and how hot it is loaded\nsome well over a mile
127429
I think this guy is trying to grow something hydroponically and doesn't want anyone else to detect it.  Know Your Enemy.  At any rate, since there is so much water, there probably will be an increase in vegetation around the object in question.  As far as the difference in temperature, since water is a great heat sink, the water would probably end up being about the same temperature as the surrounding soil.  When you get more than 3 ft deep (Except in possibly extreme climates) the soil temperature stays about the same year round.  The sun just can't warm and the air just can't cool the soil fast enough for the underlying substrates to be affected.  This is why when utilities (gas, electric, water, etc) are buried, there is a minimum depth for the conduit to be below the ground so that changes in temperature will not affect the performance and/or integrity of the circuit, in addition to the fact that the average guy can't just come along with a shovel and damage it.  One thing that may affect the temperature of the buried object is how well the soil it was buried in was placed around the object (i.e. the density of the soil placed).  If the area was just backfilled with no attempt to pack the soil, the soil would have large pockets of air in it which would allow it to not only retain the heat it has, but also settle relative to the surrounding natural soil.\n\nI hope this helps.
103204
id say reactions can occur at any temperature above 0k. so 0.00000000000000000000000000000001K, the reaction would happen but really really really really relaly slowly. but thatz in theory. i have no clue bout pracitcally. i think the lowest temp theyve got to so far is either 4K or 0.6K. so ya.
213835
1. 1080 degrees\n\n2. 1800 degrees
525117
endothermic because it takes in heat.
232489
Maybe Air packaging it will keep it from melting.
60904
Three degrees below zero.
237104
you don't start to run into geothermal heating of the rock and water until a depth of about 1000 feet.  So at about 50 feet the ground water will probably be around 50-60 degree fahreneheit.
83047
Come on!  Dry Ice!\n\nTemperatures below -78 degrees Farenheit\n\nAnd your planet is Mars, but its water AND carbon dioxide in the polar caps....
334531
i dunno. realistically i think 10 or 15 feet on a hard surface would break you ankles and create microfracturesw in your bones water mabye 70 feet
574999
First you have to know the pressure and the exact salinity to answer this question.\nBut generally :\nAt a salinity of 35PPT and a pressure of 1.5 PSI\nthe freezing point would be -1.930 degrees C or 28.5 F
538577
Range = High - low:\n\n119° - (-54°) = 119° + 54° = 173°F\n\nThe range is 173 degrees from -54°F to 119°F\n\nThe only hard part is in subtracting the negative temperature, which is the same as adding the positive value...
107007
It ranges from about 5780K(Kelvin) at the surface to about 13.8 Million K at its core.  But either way...pretty hot.
648573
B. 93.3\n\nThis will help you:  http://www.onlineconversion.com/temperature.htm