The Calorific Power of Fuels, With a Collection of Auxiliary Tables And ...
The Calorific Power of Fuels, With a Collection of Auxiliary Tables And ...
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Napthalin.. 0.034 Iron wire . / 0.025 Nitric acid 0.080 Water of calorimeter. 2200.
Equivalent in water.. 481.
Difference of temperature 25. 14 — 22.04 = 3. lOo** Correction for minutes (9, 8), (8, 7), (7, 6). . 0.015 X 3 = 0.045 ** *' i minute (5^, 6) =0.005 ** \ *• (5, 5i) =0.001 Corrected temperature difference Then, Total heat developed 3.15** 3.15 X 2.681 = From this subtract Heat due to naphthalin 0.034 X 9692 = 0.3295 ** *' " iron wire 0.025X1.6 =0.04 .. " •• HNO3 0.08 Xo.23=o.oi84 3.151... 8.4451 0.3879 Heat developed by the combustion of the coke 8.0572 or 8057.2 per kilogram, or 14503 B. T. U.
When the combustible tested contains hydrogen, it must ie remembered that, while the gas in the bomb is dry at the beginning, it is saturated at the close of the experiment. In reality, the latent heat of vaporization of the small quantity of water necessary to be added is inconsiderable. The mean of several tests was 5 in 8500 calories observed, or only ^y^^. Still, when we test gases, which cause less marked difference in temperature than solids or liquids, we must allow for this heat of vaporization to be exact.
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To quickly assess the difficulty of the text, read a short excerpt:
Napthalin.. 0.034 Iron wire . / 0.025 Nitric acid 0.080 Water of calorimeter. 2200.
Equivalent in water.. 481.
Difference of temperature 25. 14 — 22.04 = 3. lOo** Correction for minutes (9, 8), (8, 7), (7, 6). . 0.015 X 3 = 0.045 ** *' i minute (5^, 6) =0.005 ** \ *• (5, 5i) =0.001 Corrected temperature difference Then, Total heat developed 3.15** 3.15 X 2.681 = From this subtract Heat due to naphthalin 0.034 X 9692 = 0.3295 ** *' " iron wire 0.025X1.6 =0.04 .. " •• HNO3 0.08 Xo.23=o.oi84 3.151... 8.4451 0.3879 Heat developed by the combustion of the coke 8.0572 or 8057.2 per kilogram, or 14503 B. T. U.
When the combustible tested contains hydrogen, it must ie remembered that, while the gas in the bomb is dry at the beginning, it is saturated at the close of the experiment. In reality, the latent heat of vaporization of the small quantity of water necessary to be added is inconsiderable. The mean of several tests was 5 in 8500 calories observed, or only ^y^^. Still, when we test gases, which cause less marked difference in temperature than solids or liquids, we must allow for this heat of vaporization to be exact.
What to read after The Calorific Power of Fuels, With a Collection of Auxiliary Tables And ...?
You can find similar books in the "Read Also" column, or choose other free books by Herman Poole to read onlineMoreLess
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