Storyboard

In general, the ideal gas laws depend on the number of particles and not on the type of particles. This is because, due to not considering interaction between the particles (ideal gas), their specific physical properties do not play a role. However, the number of particles in a volume of a few liters of gas is so large ($10^{23}$) that it is complex to work with this type of number. Therefore, a more convenient scale has been defined by working with the so-called moles corresponding to $6.02\times 10^{23}$ particles.

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ID:(1477, 'ky')

Description

In general, the ideal gas laws depend on the number of particles and not on the type of particles. This is because, due to not considering interaction between the particles (ideal gas), their specific physical properties do not play a role. However, the number of particles in a volume of a few liters of gas is so large ($10^{23}$) that it is complex to work with this type of number. Therefore, a more convenient scale has been defined by working with the so-called moles corresponding to $6.02\times 10^{23}$ particles.

ID:(1477, 0)