Gay lussac law der kombination von volumenberechnungen

For a physicist, Albert Einstein () took a remarkable interest in physical chemistry. His doctoral thesis, submitted in , was concerned with determining the dimensions of molecules. And his famous sheet from the same year on Brownian motion has at its core the molecular-kinetic theory, a cornerstone of physical chemistry. In both these works, and incidentally in his equally famous document on the photoelectric effect, Einstein is noticeably occupied with the determination of Elementarquanta (fundamental atomic constants), principal among them creature the Avogadro number N. Indeed, following the publication of his epoch-making paper on Special Relativity, he went back twice to his thesis, in and , to revise his estimate of this number. Not only that, but in between these revisits, he published a paper in describing yet another method of determining N which will constitute the principal content of this blogpost. But first, a scant words about Amedeo Avogadro () and the number that is named for him.

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Avogadro&#;s hypothesis

In Amedeo Avogadro, an Italian of nobl