most likely it will freeze and then when it is dropped it will shatter into many pieces
It will become liquid at approx 77 K at atmospheric pressure.
You remove heat. Nitrogen must be cooled to -196 degrees Celsius to become a liquid.
in general you need to two things: But Liquid Nitrogen is not made this way. 1st it needs to be cooled very cold. Then it needs to be compressed. The proccess usually does this both at the same time, Cooled Nitrogen is run through a compressor and then cooled agian, and then super cooled to create Liquid. It is produced using a proccess called fractional distilation of air resulting in Liquid Oxegen and Liquid Nitrogen.
It would freeze and become brittle, and shatter into small pieces if dropped onto a hard surface
When gaseous nitrogen (such as that which forms about 70% of the air that we breathe) is cooled to below -196 C (-321 F, 77 K), it will condense into a liquid state (liquid nitrogen). At this same temperature, it boils, returning to a gaseous state.
They are the same element as the name suggests, but due to their different states i.e. nitrogen is a gas which makes up 70% of our atmosphere and liquid nitrogen is nitrogen cooled down to -196 degrees Celsius, they have different properties.
Nitrogen condensation refers to the process where gaseous nitrogen is cooled and converted into liquid nitrogen at a temperature of -196 degrees Celsius. This liquid form of nitrogen is often used in various industries for cryogenic applications, such as in medical, food, and semiconductor industries.
At standard Tempoeratures and Pressures(STP) nitrogen state of matter is a GAS . However it can be cooled to form a liquid and further cooled to form a solid, but these are extremely low temperatures.
The key to storing nitrogen as a liquid is that we need to compress and cool the nitrogen to cause it to change state from a gas to a liquid. By doing this, we can store a lot of nitrogen in a small volume compared to trying to store it as a gas.
Yes, nitrogen can be compressed to a liquid state under high pressure and low temperature conditions. Liquid nitrogen is commonly used in various applications such as cryogenics, food freezing, and medical procedures.
To transform nitrogen into a liquid, it needs to be cooled to a very low temperature, specifically below its boiling point of -195.79 degrees Celsius. This process is called liquefaction.
only physical changes