Kinetic theory

- Determining the molecular mass by the ideal gas law
- C-AV-2/EV
  
  Details
  
  All gases comply with the ideal gas law which connects pressure p, volume V, temperature T and the moles of substance n. If the volume occupied […]
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- Measurements of viscosity with ball viscometer
- C-AV-5/EV
  
  Details
  
  Due to the internal friction between particles, liquids and gases have a different viscosity, which is a function of the substance’s structure and temperature. In the […]
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- Molecular mass calculation of a liquid
- C-AV-3/EV
  
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  The molecular mass of a liquid can be determined by evaporating the liquid at constant pressure and temperature and by measuring the volume of the steam […]
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- Molecular weight calculation of a polymer from viscosity measurements
- C-AV-4/EV
  
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  The viscosity of a liquid is determined by the intermolecular forces of attraction. In solution, the viscosity of the solvent can vary significantly in relation to […]
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- Newtonian and non-newtonian fluid
- C-AV-6/EV
  
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  The viscosity of a liquid can be determined through a viscometer, consisting of a spiral spring connected to a cylinder, both submerged in the liquid to […]
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- Viscosity of gas: molecular diameter calculation
- C-AV-1/EV
  
  Details
  
  The viscosity of a gas is related to its resistance to flow. It is determined by the transfer speed of the flow from the layers that […]
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