Calculate the internal energy of 1g of o2 at NTP.
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Oxygen is a diatomic gas,Number of moles of O2gas
= Atomic weight / Molecular wt = 8/32
=1/4 = 0.25
.'. Energy associated with 1 mole of oxygen = U = 5/2 RT
Internal energy of 8 g of oxygen = 0.25 x 5/2 RT
=0.25 x 5/2 x 8.31 x 273 = 1417. 9 J
= Atomic weight / Molecular wt = 8/32
=1/4 = 0.25
.'. Energy associated with 1 mole of oxygen = U = 5/2 RT
Internal energy of 8 g of oxygen = 0.25 x 5/2 RT
=0.25 x 5/2 x 8.31 x 273 = 1417. 9 J
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Answer:
Oxygen is a diatomic gas,Number of moles of O2gas
= Atomic weight / Molecular wt = 8/32
=1/4 = 0.25
.'. Energy associated with 1 mole of oxygen = U = 5/2 RT
Internal energy of 8 g of oxygen = 0.25 x 5/2 RT
=0.25 x 5/2 x 8.314 x 293=1522.50125
Oxygen is a diatomic gas,Number of moles of O2gas
= Atomic weight / Molecular wt = 8/32
=1/4 = 0.25
.'. Energy associated with 1 mole of oxygen = U = 5/2 RT
Internal energy of 8 g of oxygen = 0.25 x 5/2 RT
=0.25 x 5/2 x 8.314 x 293=1522.50125
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