Recall the translational partition function in three dimensions: V/A, where A=h(B/2m)0.5. 10. What is the average...

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Recall the translational partition function in three dimensions: V/A³, where A=h(B/2лm)0.5. 10. What is the average translational energy in terms of ß and constants? 11. Use the expression <E>= (alap)[InQ]v to calculate the average system energy of one mole of an ideal, monotomic gas. How does this compare to the result from classical thermodynamics: U = (3/2)RT? a. U< <E> b. U> <E> c. U=<E> Recall the translational partition function in three dimensions: V/A³, where A=h(B/2лm)0.5. 10. What is the average translational energy in terms of ß and constants? 11. Use the expression <E>= (alap)[InQ]v to calculate the average system energy of one mole of an ideal, monotomic gas. How does this compare to the result from classical thermodynamics: U = (3/2)RT? a. U< <E> b. U> <E> c. U=<E>

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SOLUTION 10 The translational partition function in three dimensions can be written as VA 2mh36 where m is the mass of a particle is the inverse tempe... View the full answer