These are the three criteria that must be met:
In other words, heat must be eliminated from a sample to freeze it for the kinetic energy to be removed. This means the sample must be cooled down.
The particles are in clusters, but as more energy is eliminated by cooling, the particles begin to align themselves,thus forming a solid. This is called freezing. The temperature at which the freezing occurs is known as the freezing point of the sample. So during freezing, a liquid gets converted into a solid.
The criteria that must be met:
1. Kinetic energy should be eliminated from the sample.
2. The temperature of the sample should reach the corresponding freezing point.
3. The particles in the sample must be deprived of certain energy so that the attraction of the molecules in the sample for one another exceeds the force that usually separates them.
The particles are in clusters, however as extra electricity is removed with the aid of using cooling, the debris start to align themselves, consequently forming a solid. This is referred to as freezing. The temperature at which the freezing happens is called the freezing factor of the sample. So throughout freezing, a liquid receives transformed right into a solid.
Find more information about Freezing here:
brainly.com/question/24314907
