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Roulds and hendry law . explain

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Roulds and hendry law . explain
  • 1 answers

Yogita Ingle 5 years, 8 months ago

  • At a given temperature liquids vaporize. At equilibrium the pressure exertedby the vapour of the liquid over the liquidphase is referred to as vapour pressure.
  • According to Raoult’s law, vapour pressure of a volatile component in a given solution ca be defined by pi = pi 0 xi
  • In an answer of a gas in a fluid one of the segments is volatile to the point that it exists as a gas and solvency is given by Henry's law which expresses that p = KH x
  • Comparing both the equations we get that partial pressure of the volatile component or gas is directly proportional to its mole fraction in solution. Proportionality constant KH differs from p10
  • Therefore, Raoult's law turns into a unique instance of Henry’s law in which KH get to be equivalent to p10.
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