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Kinetic Theory

  • Speed of Gas Molecules (RMS Speed)
  • Ideal Gas Equation and Molar Volume
  • Kinetic Theory of Gases – Speed, Pressure and Energy
  • Kinetic Theory of an Ideal Gas – Average Kinetic Energy
  • Mean Free Path
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  • Kinetic Theory of an Ideal Gas – Temperature and Kinetic Energy
  • Root mean square speed of gas molecules
  • Ideal Gas Equation
  • Charles's Law (Isobaric T-V Graphs)
  • Degrees of freedom and specific heats of gases
  • Mean free path of gas molecules
  • Ideal gas equation - density form
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All Exams › NEET Previous Year Questions › Physics › Kinetic Theory › Root mean square speed of gas molecules

Root mean square speed of gas molecules

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2026 1 question

  1. A flask contains argon and chlorine in the ratio of 2 : 1 by mass. The temperature of the mixture is $27^\circ C$. The ratio of root mean square speed of the molecules of the two gases $\left(\frac{v_{rms}^{Ar}}{v_{rms}^{Cl}}\right)$ is: (Atomic mass of argon = 40.0 u and molecular mass of chlorine = 70.0 u)
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