k Evangelista TorricelliTorricellis Vacuum1873 Evangelista Torricellis 16081647 demonstration 1643. It showed that the height of a column of liquid is governed by atmospheric pressure and that the height of the column is directly proportional to the density of the liquid. Water will rise to 9.75m 32 feet but mercury, which is approximately 13.5 times denser, will only rise to .736m 29 ins. A meter 3 feet tube is filled with mercury and the open end placed in a dish of mercury. The liquid will fall in the tube until the weight of the column is in equilibrium with atmospheric pressure .736m 29 ins. From The Atmosphere by Camille Flammarion. London, 1873. Editorial Stock Photo - Afloimages
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Evangelista Torricelli Torricelli s Vacuum  1873  Evangelista Torricelli s  1608 1647  demonstration 1643. It showed that the height of a column of liquid is governed by atmospheric pressure and that the height of the column is directly proportional to the density of the liquid. Water will rise to 9.75m  32 feet  but mercury, which is approximately 13.5 times denser, will only rise to .736m  29 ins . A meter  3 feet  tube is filled with mercury and the open end placed in a dish of mercury. The liquid will fall in the tube until the weight of the column is in equilibrium with atmospheric pressure   .736m  29 ins . From The Atmosphere by Camille Flammarion.  London, 1873 .
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Evangelista Torricelli Torricelli's Vacuum (1873)

Evangelista Torricelli's (1608-1647) demonstration 1643. It showed that the height of a column of liquid is governed by atmospheric pressure and that the height of the column is directly proportional to the density of the liquid. Water will rise to 9.75m (32 feet) but mercury, which is approximately 13.5 times denser, will only rise to .736m (29 ins). A meter (3 feet) tube is filled with mercury and the open end placed in a dish of mercury. The liquid will fall in the tube until the weight of the column is in equilibrium with atmospheric pressure - .736m (29 ins). From The Atmosphere by Camille Flammarion. (London, 1873).

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15030339

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Editorial

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Creation date
22-02-2012

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