Elementary Treatise On Physics Experimental And
Elementary Treatise On Physics Experimental And
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It is to be observed that, at the commencement of the experiment, the condensed vapour passes out at the temperature /, while at the conclusion its temperature is ; we may, however, assume that its mean temperature . , f\ during the experiment is . The vapour M after condensation has therefore parted with a quantity of heat M(T V, while the heat disengaged in liquefaction is represented by M*. The quantity of heat absorbed by the cold water, the worm, and the vessel is m(B-t). Hence from which ...x is obtained. Despretz found that the latent heat of steam at 100 is 540 ; that is, a pound of water at 100 absorbs, in vaporising, as much heat as would raise 540 pounds of water through i. The values for the latent heat of aqueous vapour obtained by Regnault at temperatures between 65 and 100, and more recently by Dieterici at o, and by E. H. Griffiths at intermediate temperatures, are represented with great accuracy by the formula L = 59673 -o6oi/. Thus, at 100, L = 536-63.
Berthelot used the apparatus represented in fig.
What to read after Elementary Treatise On Physics Experimental And?
You can find similar books in the "Read Also" column, or choose other free books by A Adolphe Ganot to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
It is to be observed that, at the commencement of the experiment, the condensed vapour passes out at the temperature /, while at the conclusion its temperature is ; we may, however, assume that its mean temperature . , f\ during the experiment is . The vapour M after condensation has therefore parted with a quantity of heat M(T V, while the heat disengaged in liquefaction is represented by M*. The quantity of heat absorbed by the cold water, the worm, and the vessel is m(B-t). Hence from which ...x is obtained. Despretz found that the latent heat of steam at 100 is 540 ; that is, a pound of water at 100 absorbs, in vaporising, as much heat as would raise 540 pounds of water through i. The values for the latent heat of aqueous vapour obtained by Regnault at temperatures between 65 and 100, and more recently by Dieterici at o, and by E. H. Griffiths at intermediate temperatures, are represented with great accuracy by the formula L = 59673 -o6oi/. Thus, at 100, L = 536-63.
Berthelot used the apparatus represented in fig.
What to read after Elementary Treatise On Physics Experimental And?
You can find similar books in the "Read Also" column, or choose other free books by A Adolphe Ganot to read onlineMoreLess
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