Gas. At least for ambient conditions normally found on earth.
Nitrogen at room temperature turns to gas and looks like smoke.
You did not mention the temperature.
At room temperature nitrogen is a gas.
Gas.
Nitrogen is a gas under room temperature. It is in fact the most abundant gas in ourr atmosphere. Nitrogen can also be in the form of liquid nitrogen which can be used to make ice cream and create smoke for culinary decoration.
Liquid nitrogen can be kept at room temperature at sufficient pressure. Otherwise, it is a gas.
Nitrogen in its normal phase is a gas. It is a nonmetal and colorless. It was discovered by Dr. Dough Stewart.
Neptunium is a solid metal at room temperature.
gas
Liquid nitrogen is liquid.
Nitrogen is a gas at room temperature. It makes up almost 80% of the air we breathe.
If you take a deep breath, you've inhaled nitrogen along with the oxygen you wanted. i.e. Gas phase.
The temperature of the nitrogen at room temperature is whatever the temperature of the room is.
Well now, that would depend on what kind of matter you're talking about, wouldn't it. At room temperature (and room pressure) . . . -- Oxygen, nitrogen, and helium are in the gas phase. -- Water, mercury, and grain alcohol are in the liquid phase. -- Iron, sugar, and candle wax are in the solid phase.
Bromine is in liquid phase at room temperature.
Nitrogen is a gas under room temperature. It is in fact the most abundant gas in ourr atmosphere. Nitrogen can also be in the form of liquid nitrogen which can be used to make ice cream and create smoke for culinary decoration.
Nitrogen can be obtained as a solid at very low temperature, under -210 0C. At room temperature nitrogen is a gas.
Liquid nitrogen can be kept at room temperature at sufficient pressure. Otherwise, it is a gas.
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.
solid at room temperature.
Gas at room temperature