At 100 degrees Celcius and 120 mmHg, the element phosphorous exists as gas molecules (assume ideal)...
At 100 degrees Celcius and 120 mmHg, the element phosphorous exists as gas molecules (assume ideal) with the mass density of 0.6388 kg/m^3. what is the molecular formula for the molecules of the gas?
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At 100 degrees Celcius and 120 mmHg, the element
phosphorous exists as gas molecules (assume ideal)...
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1. Ideal gas with internal degrees of freedom. Consider a free gas of diatomic molecules at temperature 7. Diatomic molecules have internal rotational excitations. The rotational energy levels of a single molecule are given by J(J+1) 2/2 J = 0,1,23 where J is the angular momentum and I is the moment of inertia. The degeneracy of the level J is 2J +1. Neglect any interaction between the molecules in the gas. The temperature is high enough so that the statistic...
Suppose you had an ideal gas of molecules of mass m that can move only in one dimension. The gas is in thermal equilibrium at a temperature T. Wnte an expression proportional to the probability of finding a molecule with velocity i. bive an expression Diy fortheprobablity density for molecules of speed v in the gas. Hint: this is much easier to derive than in the three dimensional case. For each v how many speeds vare possible in one dimension?...
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