2024-12-04T04:48:19+03:00[Europe/Moscow] en true <p>Volatility </p>, <p>energy to break away from other liquid molecules and the vigorous movement of a gaseous particle </p>, <p>vapor pressure </p>, <p>Evaporation </p>, <p>Boiling</p>, <p>Boiling </p>, <p>Distillation </p>, <p>separate the volatile from the non-volatile compound </p>, <p>Bumping </p>, <p>because they do not have hydrogen bonds, making them have a weaker intermolecular </p>, <p>because they have hydrogen bonds, making them have a stronger intermolecular force between them, which mean that it would require higher energy to break them down </p>, <p>the higher humber of hydrogen bonds </p>, <p>it separates substances with different vapor pressure </p>, <p>theere could have been miniscule impurities </p> flashcards
chem exp 6

chem exp 6

Customize
collection saved
Share
Long Term Learning Spaced Repetition
Add to Long Term Learning Desk
Fast learning Repeat this set of flashcards
Preview Test Spell
Play
Match
Review

  • Volatility

    y is the relative ease with which a substance passes from the liquid to the gaseous (vapor) state

  • energy to break away from other liquid molecules and the vigorous movement of a gaseous particle

    To escape from the liquid into the gaseous state an individual molecule requires

  • vapor pressure

    The amount of a substance that is present as gas in the space above the surface of the liquid contained in a closed vessel is measured by its

  • Evaporation

    is slow volatilization by the escape of surface molecules from the liquid into the air

  • Boiling

    g is the fast volatilization of a liquid;

  • Boiling

    when the vapor pressure is equal to the atmospheric pressure

  • Distillation

    n is the process of vaporizing a liquid and converting the vapor to the liquid state by cooling

  • separate the volatile from the non-volatile compound

    Thus distillation serves to

  • Bumping

    is the term given to irregular boiling, whereby the liquid alternates between relative calm and violet motion, which may lead to spillage.

  • because they do not have hydrogen bonds, making them have a weaker intermolecular

    why did the acetone, ethyl acetate vaporize quickly

  • because they have hydrogen bonds, making them have a stronger intermolecular force between them, which mean that it would require higher energy to break them down

    why did 1-butanol, water vaporaize slow

  • the higher humber of hydrogen bonds

    the higher the intermolecular forces

  • it separates substances with different vapor pressure

    how does distillation occur

  • theere could have been miniscule impurities

    why are there changes in the boiling point of water