Chem Gas Laws Test

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Created by
Kay Giglia

Cards (36)

  • non-ideal behavior
    low temp and high pressure, large polar molecules
  • ideal behavior
    high temp and low pressure, small non-polar molecules
  • Gas stiochiometry
    molar mass, ratio, 22.4 L
  • Standard units
    K, atm + L
  • pressure conversions
    convert to K first
  • Kinetic Theory of Gases
    Gas = small hard spheres w/ insig volume, random motion, elastic collisions, pressure=collisions, temp is direct to kinetic energy
  • Pressure + Volume
    inversely proportional
  • Volume + Temperature
    directly proportional
  • Pressure + Temperature
    directly proportional
  • 1 liter
    1000 milliliters
  • 1 atm
    760 mmHg, 760 torr, 101.3 kPa
  • STP
    273K and 1atm
  • R
    0.082
  • Ideal Gas Law
    PV=nRT
  • Daltons Law
    Pt = P1 + P2 + P3
  • Combined Law
    PV/T=PV/T
  • Charles Law
    V/T=V/T
  • Boyles Law
    PV=PV
  • non-ideal behavior
    low temp and high pressure, large polar molecules
  • ideal behavior
    high temp and low pressure, small non-polar molecules
  • Gas stiochiometry
    molar mass, ratio, 22.4 L
  • Standard units
    K, atm + L
  • pressure conversions
    convert to K first
  • Kinetic Theory of Gases
    Gas = small hard spheres w/ insig volume, random motion, elastic collisions, pressure=collisions, temp is direct to kinetic energy
  • Pressure + Volume
    inversely proportional
  • Volume + Temperature

    directly proportional
  • Pressure + Temperature

    directly proportional
  • 1 liter
    1000 milliliters
  • 1 atm
    760 mmHg, 760 torr, 101.3 kPa
  • STP
    273K and 1atm
  • R
    0.082
  • Ideal Gas Law

    PV=nRT
  • Daltons Law

    Pt = P1 + P2 + P3
  • Combined Law

    PV/T=PV/T
  • Charles Law

    V/T=V/T
  • Boyles Law
    PV=PV