Physical Chemistry and Its Biological ApplicationsPhysical Chemistry and Its Biological Applications ... |
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Page 11
Then ( 79.0 cm \, (22.7 cm3) _ PV _ \76.0cm/atm/ " ~ RT ~ [(82.06 cm3 atm/(mol K
)] (306.0 K) = 9.40 X 10-4 mol KINETIC THEORY AND DERIVATION OF THE
GAS EQUATION The equation of state, or equation relating P, V, and T for a
sample ...
Then ( 79.0 cm \, (22.7 cm3) _ PV _ \76.0cm/atm/ " ~ RT ~ [(82.06 cm3 atm/(mol K
)] (306.0 K) = 9.40 X 10-4 mol KINETIC THEORY AND DERIVATION OF THE
GAS EQUATION The equation of state, or equation relating P, V, and T for a
sample ...
Page 49
Chapter 9 contains a more detailed account of the kinetic theory of gases. Dale
Driesbach, Liquids and Solutions, Houghton-Mifflin, Boston, 1966. The first nine
chapters present an introductory, well-illustrated description of models of the
liquid ...
Chapter 9 contains a more detailed account of the kinetic theory of gases. Dale
Driesbach, Liquids and Solutions, Houghton-Mifflin, Boston, 1966. The first nine
chapters present an introductory, well-illustrated description of models of the
liquid ...
Page 90
Energy associated with matter can be classified— according to the manner in
which it is related to the matter— as kinetic or potentia. energy. Kinetic energy is
possessed by a body moving through space, which is able to do work as its
velocity ...
Energy associated with matter can be classified— according to the manner in
which it is related to the matter— as kinetic or potentia. energy. Kinetic energy is
possessed by a body moving through space, which is able to do work as its
velocity ...
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