For a mole of gaseous oxygen (O₂) at room temperature and atmospheric pressure, compute the following: U, H, F, G, S, and u. (The rotational constante for O₂ is 0.00018 eV. The electronic ground state has a degeneracy of 3.)
For a mole of gaseous oxygen (O₂) at room temperature and atmospheric pressure, compute the following: U, H, F, G, S, and u. (The rotational constante for O₂ is 0.00018 eV. The electronic ground state has a degeneracy of 3.)
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![For a mole of gaseous oxygen (O₂) at room temperature and atmospheric pressure,
compute the following: U, H, F, G, S, and u. (The rotational constante for O₂ is
0.00018 eV. The electronic ground state has a degeneracy of 3.)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa101da8e-a418-48bd-9c63-19079b0be453%2Ffcbb8687-bdc5-40dd-87df-3aab969121de%2F6gu64zb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For a mole of gaseous oxygen (O₂) at room temperature and atmospheric pressure,
compute the following: U, H, F, G, S, and u. (The rotational constante for O₂ is
0.00018 eV. The electronic ground state has a degeneracy of 3.)
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