1. They both refer to a part of the total energy that is localized in a single d
ID: 1656077 • Letter: 1
Question
1. They both refer to a part of the total energy that is localized in a single degree of freedom, but the first is for a single molecule, the second for a mole of molecules.
2.They both mean the total energy of the system and you would put in the same number.
3. They both mean the same energy a part of the total energy that is localized in a single degree of freedom of a single molecule.
4.None of the above.
5.They both refer to a part of the total energy that is localized in a single degree of freedom, but the first is for a mole of molecules, the second for a single molecule.
6.They both mean the total energy of the system but you would put in a different number since the units are different.
7.They both mean the same energy a part of the total energy that is localized in a single degree of freedom of a mole of molecules.
Explanation / Answer
The correct option is 1. They both refer to a part of the total energy that is localized in a single degree of freedom, but the first is for a single molecule, the second for a mole of molecules.
As Kb: Boltzmann constant = R/NA Where NA being avogadro number corresponding to 1 mole. Hence energy is equivalent to 1 mole.
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