Solid nitrogen melts at
63.15 K, -210.00 °C, -346.00 °F
to form liquid nitrogen.
Nitrogen must be cooled to a very low temperature to become liquid nitrogen. At room temperature, liquid nitrogen will change from the liquid phase to the gas phase. Therefore, if the skin is treated with liquid nitrogen, the liquid nitrogen will almost instantly become a gas and evaporate away from the skin. It is impossible to "leave" it on the skin, as this reaction is almost instantaneous and no liquid nitrogen is left behind.
Liquid nitrogen has no melting point. A melting point is the temperature when a solid turns into a liquid. Since liquid nitrogen is already a liquid, it has no melting point. It is already melted, compared to solid nitrogen.
the average temperature of liquid nitrogen ranges anywhere from -300 to -400 degrees Fahrenheit
HydrogenWater
At atmospheric pressure, liquid nitrogen boils at -196 degrees Celsius (-321 degrees Fahrenheit). If the pressure is increased, the temperature at which liquid nitrogen boils also increases.
Liquid nitrogen is liquid.
malleble
The temperature at which nitrogen becomes a liquid is 77 Kelvin (-196°C, or -321°F).
Nitrogen must be cooled to a very low temperature to become liquid nitrogen. At room temperature, liquid nitrogen will change from the liquid phase to the gas phase. Therefore, if the skin is treated with liquid nitrogen, the liquid nitrogen will almost instantly become a gas and evaporate away from the skin. It is impossible to "leave" it on the skin, as this reaction is almost instantaneous and no liquid nitrogen is left behind.
Liquid nitrogen has no melting point. A melting point is the temperature when a solid turns into a liquid. Since liquid nitrogen is already a liquid, it has no melting point. It is already melted, compared to solid nitrogen.
Liquid nitrogen looks like boiling water, since at the point of liquid nitrogen at room temperature, it is extremely hot.
the average temperature of liquid nitrogen ranges anywhere from -300 to -400 degrees Fahrenheit
Liquid nitrogen is obtained by subjecting nitrogen gas to very low temperatures, typically around -196 degrees Celsius. This causes the nitrogen gas to condense and form a clear, colorless liquid. This liquid nitrogen is commonly used in various applications such as cooling and freezing due to its extremely low temperature.
You can separate nitrogen gas from liquid nitrogen by allowing the liquid nitrogen to evaporate at room temperature or by heating it to increase the rate of evaporation. The nitrogen gas will separate from the liquid nitrogen as it evaporates, leaving behind the liquid nitrogen.
HydrogenWater
At atmospheric pressure, liquid nitrogen boils at -196 degrees Celsius (-321 degrees Fahrenheit). If the pressure is increased, the temperature at which liquid nitrogen boils also increases.
Can be both, depends the temperature, if you cool it a lot it become liquid, at the atmosphere temperature will be a gas !. You can use it to inflate your tires i.e., at this temperature it will be a gas.