What is the difference between volatile and nonvolatile liquids

Hospitality and Tourism Change. Competition Change. School Change. AL Class 6 to 10 Ask Doubt. Study Abroad Change. Management and Business Administration Change. Learn Change. Medicine and Allied Sciences Change. Law Change. Moreover, when nonvolatile compounds mix with volatile liquids such as water, it is easy to separate them by evaporation.

Then the volatile liquid will evaporate leaving the nonvolatile solid at the bottom of the container. The two terms volatile and nonvolatile have opposite meanings.

Therefore, the key difference between volatile and nonvolatile is that the volatile substances have a tendency to vaporize whereas the nonvolatile substances do not have a tendency to vaporize. Moreover, volatile substances have a high vapour pressure at room temperature and pressure while nonvolatile substances have a low vapour pressure comparatively.

Another difference between volatile and nonvolatile is that when we heat or store volatile liquids in an open container, the volume of it decreases whereas this does not happen with nonvolatile liquids. The below infographic presents a more detailed view of the difference between volatile and nonvolatile substances.

In summary, volatile and nonvolatile are two terms explaining the ability of a substance to undergo vaporization easily at normal temperature and pressure conditions. One of our academic counsellors will contact you within 1 working day. Please check your email for login details. Studying in Grade 6th to 12th? Registration done! Sit and relax as our customer representative will contact you within 1 business day Continue.

Enter email id Enter mobile number. Cancel Notify me. Anupam Samanta 17 Points. Doubt Ask Your Doubts. Class 9th Chemistry. Answered Views. Solutions :. Samar Arzoo. A volatile substance is one that readily evaporates or sublimates at room temperature or below. A non-volatile substance refers to a substance that does not readily evaporates into gas under existing conditions. Have a higher vapour pressure. Have a low vapour pressure. Have a low boiling point.

Have a high boiling point.