water changes from a liquid to a solid when you drop it below 32 F or 0 C. It also evaporates, changing into a gas in warmer weather.
At the temperatures and pressures experienced at Earth's surface, substances can undergo phase transitions between solid, liquid, and gas states. For example, water can change from solid ice to liquid water or from liquid water to gaseous water vapor. This phase transition is primarily dependent on the substance's melting and boiling points under normal atmospheric conditions.
They evaporate quickly when brought to the surface.
Here the answers are diverse.First the plains have charcteristics like the albedo of the surface,texture of the surface/soil.Temperature is distributed on the surface of a plain in horizontal axis with little obstraction whereas for the mountains there is forced lifting of warm air temperature by the cold air temperature through a process called orographic process.Even Pressures play a major role in the distribution of temperature with height. The higher the pressures the lower the temperature and the lower the pressure the higher the temperatures. Kabiito,stkabiito!yahoo.com
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The hotter temperatures in the troposphere (layer of atmosphere closest to the earth's surface) are near the surface of the earth The colder temperatures are at the top of the troposphere.
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Several of them.
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water changes from a liquid to a solid when you drop it below 32 F or 0 C. It also evaporates, changing into a gas in warmer weather.
They rapidly break down at surface temperatures and pressures.
They evaporate quickly when brought to the surface.
It is solid at temperatures and pressures commonly found at the surface of the Earth. It is also a pure metal.
because metamorphic rocks transform at certain temperatures and pressures and knowing this we can gauge how hot it is a certain depth in the earth.
water changes from a liquid to a solid when you drop it below 32 F or 0 C. It also evaporates, changing into a gas in warmer weather.
At very high temperatures and pressures, in an inert atmosphere.Another AnswerDiamonds are formed under extreme high temperatures and ultra-heavy pressures far beneath the surface of the earth from carbon, not from graphite.Both diamond and graphite are allotropes of carbon: the molecules are simply attached in different ways.
The strength of gravity on the surface of Venus is about 91% of what it is on Earth, so the gravity there would be quite comfortable. Unfortunately the surface temperatures and pressures produced by the atmosphere of Venus would kill a human very quickly.
Here the answers are diverse.First the plains have charcteristics like the albedo of the surface,texture of the surface/soil.Temperature is distributed on the surface of a plain in horizontal axis with little obstraction whereas for the mountains there is forced lifting of warm air temperature by the cold air temperature through a process called orographic process.Even Pressures play a major role in the distribution of temperature with height. The higher the pressures the lower the temperature and the lower the pressure the higher the temperatures. Kabiito,stkabiito!yahoo.com