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At 320 K and 16 atm pressure, the molar volume of ammonia, NH3, is about 10% less than the molar volume of an ideal gas. The best explanation for actual volume being this much smaller than the ideal volume is that:
A) at this high temperature, a significant amount of NH3 decomposes to N2 and H2.
B) the intermolecular forces of attraction become significant at this temperature and this pressure.
C) the critical temperature and pressure of NH3 (405 K and 112 atm) are too close to the actual temperature and pressure of the NH3 above.
D) the volume occupied by the NH3 molecules themselves is significant at this high concentration.
E) ammonia is a real gas and not an ideal gas.
A constant current is passed through a solution containing Cu2+(aq) resulting in the deposition of 4.40 g of Cu at the cathode. Assuming a current efficiency of 100%, if this same current is passed through a solution of TcO4 for the same amount of..
A 5.000g sample of pesticide was decomposed with metallic sodium in alcohol, and the liberated chloride ion was precipitated as AgCl. Express the results of this analysis in terms of percent of DDT (C14H9Cl5) based on the recovery of 0.1606g of Ag..
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Unlike translational degrees of freedom, the rotational partition function must be evaluated by summation, unless the high-temperature limit is obtained. What is the definition of the high-temperature limit for rotations?
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