An Elementary Text book of Physics volume 4
An Elementary Text book of Physics volume 4
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In our eReader you can find the full English version of the book. Read An Elementary Text book of Physics volume 4 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 An Elementary Text book of Physics volume 4
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The volume of a given mass of gas under constant pressure is found to be 147 units at 20 C. , and 187 units at 100 C. , find the mean coefficient of expansion of the gas between 20 C. And 100 C.
Here the expansion of the gas is at the rate of \ unit per degree Centigrade rise of temperature ; the volume of the gas at C. Is, therefore, given by V = (147 - 20 x J) units = 137 units. Hence 187 - 147 _ 40 _ 137 x 80" ~~ 137 x 80 " 274* 31. Increase of Pressure at Constant Volume. It has already bee...n noted that when a given quantity of any gas undergoes change of temperature without change of volume, the pressure of the gas changes, and is found to increase as the temperature rises, and to decrease as the temperature falls.
It is, therefore, of interest to determine the relation between the pressure and temperature of a gas while the volume remains 90 HEAT.
constant. This relation may be studied by the method of the following experiment.
Experiment 29. Set up the apparatus shown in Fig. 41.
What to read after An Elementary Text book of Physics volume 4?
You can find similar books in the "Read Also" column, or choose other free books by R Wallace Robert Wallace Stewart to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
The volume of a given mass of gas under constant pressure is found to be 147 units at 20 C. , and 187 units at 100 C. , find the mean coefficient of expansion of the gas between 20 C. And 100 C.
Here the expansion of the gas is at the rate of \ unit per degree Centigrade rise of temperature ; the volume of the gas at C. Is, therefore, given by V = (147 - 20 x J) units = 137 units. Hence 187 - 147 _ 40 _ 137 x 80" ~~ 137 x 80 " 274* 31. Increase of Pressure at Constant Volume. It has already bee...n noted that when a given quantity of any gas undergoes change of temperature without change of volume, the pressure of the gas changes, and is found to increase as the temperature rises, and to decrease as the temperature falls.
It is, therefore, of interest to determine the relation between the pressure and temperature of a gas while the volume remains 90 HEAT.
constant. This relation may be studied by the method of the following experiment.
Experiment 29. Set up the apparatus shown in Fig. 41.
What to read after An Elementary Text book of Physics volume 4?
You can find similar books in the "Read Also" column, or choose other free books by R Wallace Robert Wallace Stewart to read onlineMoreLess
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