Kinetic theory of gases - Worked out example

Related BrainMass Solutions

• Standard Heat of Formation, Kinetic Molecular Theory of Gases

  26663 Standard Heat of Formation, Kinetic Molecular Theory of Gases 7 general chemistry questions. Example: The reaction of silver metal and dilute nitric acid proceeds according to the equation above.

• Kinetic Molecular Theory: Gases on a Molecular Level

  170191 Kinetic Molecular Theory: Gases on a Molecular Level The kinetic molecular theory of gases was developed to explain aspects of gases such as the volume's direct relationship to temperature and inverse relationship to pressure.

• Kinetic theory of gases

  (m/M) = V/v Q.E.D The kinetic theory of gases to determine temperatures are discussed.

• Kinetic Molecular Theory of Gases Questions

  148028 Kinetic Molecular Theory of Gases Questions 1. Calculate the average kinetic energy of the N2 molecules in a sample of N2 gas at 273K and at 546K. 2. Consider separate 1.0 L gaseous samples of H2, Xe, Cl2 and O2 at STP.

• Solubility of gas in liquid.

  The solution demonstrates how to explain Henry's Law using the kinetic theory of gases.

• Description of Partial Fractions Integration

  From kinetic theory of gases , we have P*V = (1/3)* M * C^2 where C is the velocity of the gas molecules M is the mass , P is the pressure , and V is the volume of the gas.

• Multiple Choice questions on General Chemistry

  According to the kinetic-molecular theory, molecules of different gases at the same temperature always have the same __________.

• To calculate the quantity of gas , heat and thermodynamics

  From kinetic theory of gases , we have P*V = (1/3)* M * C^2 where C is the velocity of the gas molecules M is the mass , P is the pressure , and V is the volume of the gas.

• Solution to Partial Fractions Integration

  From kinetic theory of gases , we have P*V = (1/3)* M * C^2 where C is the velocity of the gas molecules M is the mass , P is the pressure , and V is the volume of the gas.

• Kinetic theory of gasses

  21646 Kinetic theory of gasses In a mixture of hydrogen and oxygen gases at the same temperature, which molecules move faster and why?