The Boiling Point of Ethyl Acetate
Ethyl Acetate Boiling Point ° C needs to be investigated in detail. Ethyl acetate is an organic compound. It is a colorless liquid with a fragrant smell and has many applications in chemical industry.

The determination of its boiling point is related to the force between molecules. Ethyl acetate has van der Waals force between molecules, and its structure makes the attractive force between molecules have its own characteristics. According to various experiments and theories, its boiling point is affected by ambient air pressure. Under standard atmospheric pressure, it is about 77.1 ° C.

If the air pressure changes, the boiling point will be easier. When the air pressure drops, the energy required for the molecule to escape from the liquid phase decreases, and the boiling point also decreases; when the air pressure rises, on the contrary, the molecule needs more energy to remove the liquid phase, and the boiling point rises.

Looking at the actual situation, in the process of chemical distillation and purification, or organic synthesis, it is necessary to precisely control the temperature and air pressure to obtain the pure product of ethyl acetate and ensure the smooth flow of the reaction. It is important to understand the change law of its boiling point, which can make the operation appropriate, increase the efficiency, and reduce the loss. Therefore, the investigation of the boiling point of ethyl acetate is not only a theoretical study, but also a practical need, which is related to the prosperity of the chemical industry.