what is the boiling temperature of water at moon?
453032
three answers above are not reliable.i strongly suggest you to ask your teacher.
103857
THE CORRECT BOILING POINT OF AU OR GOLD IS 2807.0 DEGREE CELCIUS ( 3080.15K,5084.6 DEGREE F)
48785
Boiling Point: 444.6 °C (717.75 K, 832.28 °F)
229644
Seems how the moon has no water...I think the earth has more
41001
The temperature on the Moon ranges from daytime highs of about 130°C = 265°F to nighttime lows of about -110°C = -170°F
1174986
100C:::: Pure water boils at exactly this temperature.\n37C:::::: Normal Human body temperature\n0C:::::::: Pure water freezes/melts at exactly this temperature
64882
Water's boiling point is 100 degrees Celcious (212 Fahrenheit), at zero altitude. Altitude can change the boiling point for water.\n\nYou can calculate that if you know your altitude, by following the link provided below.
168436
Water boils at 212 F.  The hotter the water, the less energy is needed to achieve this temp.  Of course pressure counts too.  Higher altitudes require different amounts of energy.  I think this is Doyles law.  Chem 101 would be a good class to learn this type of thing.  Also the purity of the water makes a difference.  The less pure the water (minreals, other impurities with lessen the amount of energy needed to achieve boiling temp.
800425
Yes. Boiling temperature depends on pressure. Therefore lowering the pressure below 760 mm (Hg) will lower the boiling temperature.\nAt about 2000 meters altitude, the pressure goes down to about 560 mm and the boiling temperature down to around 93 ºC. \nAt more than 4000 meters of altitude, you can not get a good hot coffee!  The water boils and is just warm.
89995
There's many kind of oil with different boiling point. But generally, as oil's boiling point is higher than water (boiling point of oil of turpentine is 159ºC and water is 100ºC), boling oil is hotter than boiling water.
947849
The higher the altitude, the lower the atmospheric pressure. The less atmospheric pressure that bears down on the surface of the liquid, the easier it is for water molecules to escape into the air. Thus, the water comes to its full rapid boil at a lower temperature in the mile-high city of Denver than it can in coastal Miami. For each thousand feet above sea level, the boiling point of water drops almost 2° F.
1080300
u can't have water upto 40 below zero!!!\nthe lowest temp(in centigrade) u can reach is -12 c \nthis is achieved by a process called super cooling\nin this the temp of the surroundings is controlled, and care is taken that the surface of the water is not disturbed\nsimilarly u can super heat water upto 137 c
38874
How warm it feels is related to both the average speed of the gas molecules, and their density. Even though the average speed of the gas molecules at some places high in the air column might be quite substantial, and even faster than those at lower altitudes, there is less density as well at altitude, so there is less air to hold the heat. \n\nThink of the limiting case: at the edge of the atmosphere, where there are very few gas molecules. The gas molecules might be very hot, and moving with tremendous velocities, but there are very few of them, so if you are not in direct sunlight, it would feel quite cold. Of course, in direct sunlight, it might be very warm.  \n\nSo for the moon, \n\n"The temperature on the moon varies from -387 Fahrenheit (-233 Celsius), at night,\nto 253 Fahrenheit (123 Celsius) during the day"\n\naccording to \n\nhttp://coolcosmos.ipac.caltech.edu/cosmic_kids/AskKids/moontemp.shtml
696743
NO! water will boil faster in the water in an area  above 6,000 feet. At higher elevations, where the atmospheric pressure is much lower, the boiling point is also lower, so it means it will boil faster.\n\nFor example: The boiling point of water is 100 °C (212 °F) at standard pressure. On top of Mount Everest the pressure is about 260 mbar (26 kPa) so the boiling point of water is 69 °C. It means lesser time to arrive to its boiling point.\n\nIf you were to boil water on Mount Everest,it  would be the lowest boiling point in the world because of its high elevation and low air pressure. If you were to boil water at the Dead Sea, it would reach the highest boiling point on Earth due to the low elevation and high air pressure. \n\nElevation affects the boiling point because of the amount of air pressure pushing down on the surface of the water. At a higher elevation the pressure is less and at a lower elevation  it is higher. When the pressure is higher, the molecules must absorb more energy in order to change state from liquid to gas therefore requiring more energy (temperature).♥
830739
http://www.msnucleus.org/membership/html/k-6/uc/solar_system/4/ucss4_2a.html\n\nSome lunar craters are cut by rills, which are cracks in the surface. Rills may be faults, possibly caused by ancient tectonic activity or cooling processes.\n\nWeathering is indeed done on the moon by the intense Solar Radiation that bombards the lunar surface daily.  Temperatures on the Lunar surface vary widely on location. Although beyond the first few centimeters of the regolith the temperature is a nearly constant -35 C (at a depth of 1 meter), the surface is influenced widely by the day-night cycle. The average temperature on the surface is about 40-45 C lower than it is just below the surface.\n\nIn the day, the temperature of the Moon averages 107 C, although it rises as high as 123 C. The night cools the surface to an average of -153 C, or -233 C in the permanently shaded south polar basin. A typical non-polar minimum temperature is -181 C (at the Apollo 15 site).\n\nThe Lunar temperature increases about 280 C from just before dawn to Lunar noon.  Average temperature also changes about 6 C betwen aphelion and perihelion.  Meaning the closest and furthest the moon comes to; and far away it gets from the sun.\n\nLunar Temperature Differences\nhttp://www.asi.org/adb/m/03/05/average-temperatures.html\n\nLunar Soil\nhttp://epsc.wustl.edu/admin/resources/meteorites/regolith_breccia.html\n\nLunar Regolith and Fragmental Breccias\n\nRegolith is the name given to the layer of unconsolidated material at the surface of a planet – the loose stuff that overlies the solid rock.  On Earth, soil is part of the regolith, and lunar regolith is consequently often called “soil.”
1097232
Have you heard of boiling and freezing points. Each substance has a boiling and a freezing point there is a different one for each substance. The freezing point of H20 (hydrogen and oxygen) is 32 degrees Fahrenheit and the boiling point is 212 degrees Fahrenheit. Now these temperatures could be different if the water has anything else in it changing the molecular structure. Things like salt, calcium, ect. So in your bottle story....The gas (common air) which has things like helium, carbon and oxygen is on top and your water is on the bottom. This could get confusing but essentially when you shake it up you added other molecules into the water that have a lower or higher freezing point. Same idea as when you have a partially frozen bottle of water and you shake it up and it defrosts. It also has to do with the first law of thermodynamics...Energy can not be created or destroyed just transferred. So some molecules do not have enough energy to bond with one another but when you shake up the bottle it transfers energy allowing them to bond with one another. Hope I didn't confuse you too much.
830202
Depends on pressure/altitude.  At sea level its about 100C or 212F.