Yes, liquid nitrogen can evaporate from a sealed container due to its low boiling point of -196°C. The pressure will increase in the container as the liquid nitrogen evaporates, eventually leading to a rupture or explosion if the container is not designed to handle the buildup of pressure.
Yes, nitrogen has a definite volume in its gas phase as it fills up the container it is in. However, in its liquid or solid phase, nitrogen can take the shape of its container and does not have a definite volume.
The pressure inside of a container when nitrogen gas is added depends on:what the pressure was before the gas was addedhow big the container ishow much nitrogen gas is addedthe temperature of the gas before it is addedthe temperature of the container and its contents
About twice the size of a 2 liter soda bottle. Liquid nitrogen is extremely cold- the container must be vacuum insulated, or the liquid nitrogen quickly turn to gas.
increases
Greater than .(I have exactly the same question on my sheet.)
it's a gas - it fills all available space. A liquid will sit in a container.
Nitrogen particles hit the inside of a container at the same rate as they hit the outside, assuming there are no factors causing an imbalance in the distribution of particles. In a gas at thermal equilibrium, the molecules move randomly and collide with the walls of the container uniformly in all directions.
Liquid nitrogen expands rapidly when heated, which can lead to a pressure build-up. If contained in a sealed container, this pressure can cause the container to rupture explosively. Liquid nitrogen itself does not explode when heated, but the rapid expansion can lead to potential safety hazards.
Yes, unless it is under pressure in a container. yes,gas is the normal phase of nitrogen and it is a noble gas
Nitrogen is a gas that can be compressed. Not all nitrogen is compressed, for example the nitrogen in the air we breath is at atmospheric pressure.
Yes, a sample of nitrogen and oxygen in the same container would form a homogenous mixture because both gases are evenly distributed and do not react with each other.