On the Mechanical Equivalent of Heat With Subsidiary Researches On the Variatio
On the Mechanical Equivalent of Heat With Subsidiary Researches On the Variatio
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In our eReader you can find the full English version of the book. Read On the Mechanical Equivalent of Heat With Subsidiary Researches On the Variatio Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book On the Mechanical Equivalent of Heat With Subsidiary Researches On the Variatio
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GENERAL DESCRIPTION.
The apparatus was situated in a small building, entirely separate from the other University buildings, and where it was free from dis- turbances.
Fig. 6 gives a general view of the apparatus. To a movable axis, a b, a calorimeter similar to Joule's is attached, and the whole is suspended by a torsion wire, c. The shaft of the calorimeter comes out from the bottom, and is attached to a shaft, e f, which receives a uniform motion from the engine by means of the bevel wheels g... and h. To the axis, a b, an accurately turned wheel, k I, was attached, and the moment of the force tending to turn the calorimeter was measured by the weights o and p, attached to silk tapes passing around the circum- ference of this wheel in combination with the torsion of the suspend- ing wire. To this axis was also attached a long arm, having two sliding weights, q and r, by which the moment of inertia could be varied or determined.
The number of revolutions was determined by a chronograph, which received motion by a screw on the shaft ef, and which made one revolution for 102 of the shaft.
What to read after On the Mechanical Equivalent of Heat With Subsidiary Researches On the Variatio?
You can find similar books in the "Read Also" column, or choose other free books by Rowland, Henry Augustus, 1848-1901 to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
GENERAL DESCRIPTION.
The apparatus was situated in a small building, entirely separate from the other University buildings, and where it was free from dis- turbances.
Fig. 6 gives a general view of the apparatus. To a movable axis, a b, a calorimeter similar to Joule's is attached, and the whole is suspended by a torsion wire, c. The shaft of the calorimeter comes out from the bottom, and is attached to a shaft, e f, which receives a uniform motion from the engine by means of the bevel wheels g... and h. To the axis, a b, an accurately turned wheel, k I, was attached, and the moment of the force tending to turn the calorimeter was measured by the weights o and p, attached to silk tapes passing around the circum- ference of this wheel in combination with the torsion of the suspend- ing wire. To this axis was also attached a long arm, having two sliding weights, q and r, by which the moment of inertia could be varied or determined.
The number of revolutions was determined by a chronograph, which received motion by a screw on the shaft ef, and which made one revolution for 102 of the shaft.
What to read after On the Mechanical Equivalent of Heat With Subsidiary Researches On the Variatio?
You can find similar books in the "Read Also" column, or choose other free books by Rowland, Henry Augustus, 1848-1901 to read onlineMoreLess
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