 Ibs. of water one. degree in temperature. The air has here been heated under a constant pressure, and we have learned, that the quantity of heat necessary to raise the temperature of a gas under constant pressure a certain number of degrees, is to that...  Engineering Facts and Figures - Seite 1561868Vollansicht - Über dieses Buch
 | American Philosophical Society - 1874 - 758 Seiten
...Ibs. of water one degree in temperature. The air has been heated under a constant pressure, and we have learned that the quantity of heat necessary to...raise the gas to the same temperature when its volume it kept constant, in proportion of 1.42 : 1; hence we have the statement 1.42 : 1=9.5 Ibs. : 6.7 Ibs.,... | |
 | Carl Friedrich Peschel - 1846 - 188 Seiten
...mass when mixed. Then the quantity of caloric gained by the water will be MC(T--«); for it is obvious that the quantity of heat necessary to raise the temperature of a body any number of degrees must be proportional to its mass and capacity. 1° like manner the amount... | |
 | John Tyndall - 1863 - 500 Seiten
...of water one. degree in temperature. The air has here been heated under a constant pressure, and we have learned, that the quantity of heat necessary...proportion of 1-42 : 1 ; hence we have the statement — . . - ib». ibs. 1-42 : 1 = 9-5: 6-7 MAYER'S CALCULATION. 85 which shows that the quantity of heat... | |
 | John Tyndall - 1863 - 538 Seiten
...of water one degree in temperature. The air has here been heated under a constant pressure, and we have learned, that the quantity of heat necessary...its volume is kept constant, in the proportion of 1 '42 : 1 ; hence we have the statement — Ibs. Ibs. 1-42:1 = 9-5:6-7 which shows that the quantity... | |
 | John Tyndall - 1864 - 484 Seiten
...of water one degree in temperature. The air has here been heated under a constant pressure, and we have learned, that the quantity of heat necessary...its volume is kept constant^ in the proportion of T42 : 1 ; hence we have the statement — Ibs. Ibs. 1-42 : 1 = 9-5: 6-7 which shows that the quantity... | |
 | John Tyndall - 1865 - 494 Seiten
...of water one degree in temperature. The air has here been heated under a constant pressure, and we have learned, that the quantity of heat necessary...required to raise the gas to the same temperature, wlien its volume is kept constant, in the proportion of l-42 : 1 ; hence we have the statement —... | |
 | John Tyndall - 1866 - 492 Seiten
...of water one degree in temperature. The air has here been heated under a constant pressure, and we have learned, that the quantity of heat necessary...proportion of 1-42 : 1 ; hence we have the statement — ibe. iba. 1-42 : 1 = 9-5: 6-7 which shows that the quantity of heat necessary to augment the temperature... | |
 | John Tyndall - 1868 - 560 Seiten
...water one degree in temperature. (79) The air has here been heated under a constant pressure, and we have learned that the quantity of heat necessary to...number of degrees, is to that required to raise the temperature of the gas the same number of degrees, when its volume is kept constant, in the proportion... | |
 | Charles Tomlinson - 1869 - 422 Seiten
...air has been heated under a constant pressure, and we have seen that the quantity of heat required to raise the temperature of a gas under constant pressure...volume is kept constant, in the proportion of 1'42 to 1 ; hence we have the statement — 1-42 : 1 = 9'5 Ibs. : 6'7 Ibs. This shows that the quantity... | |
 | Amédée Guillemin - 1872 - 756 Seiten
...kilogramme of water 1° C. is about 425 kilogrammetres. Or, according to the definition given above, that the quantity of heat necessary to raise the temperature of a kilogramme of water 1° C. is capable, if it could be entirely expended in mechanical work, of raising... | |
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