What is ratio of universal gas constant and Avogadro number ?
Answers
Answer:Derivation from the ideal gas law where N is the number of particles in the gas, and the ratio of R over kB is equal to the Avogadro constant. If T and P are taken at standard conditions for temperature and pressure (STP), then k′ = 1/n0, where n0 is the Loschmidt constant
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Answer:
Boltzmann regular (kB or ok) is the proportionality aspect that relates the average relative kinetic strength of particles in a gasoline with the thermodynamic temperature of the gasoline.
Explanation:
Boltzmann's consistent is the ratio of well-known gasoline regular divided with the aid of the Avogadro wide variety. It relates the common kinetic energy of particles in a gasoline with the temperature of the fuel.
The product of the Boltzmann steady kB and the Avogadro constant NA≈6.022×1023mol−1 (not the Avogadro variety, that's the identical but without the mol−1 qualifier) is same to the molar gas constant: R=kBNA.
LOSCHMIDT's range, N, is defined as the quantity of atoms in a gram-atom or the number of molecules in a gram-molecule. This wide variety is regularly referred to as "Avogadro's quantity," the time period "Loschmidt's wide variety" being then reserved for the wide variety of molecules in a cubic centimeter of a fuel below standard conditions.
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