8. One mole of nitrogen gas confined in a cylinder with a piston is heated from 0°C to 819°C at 1.00 atm. a) Calculate the work of expansion in Joules. b) What would have been the temperature change if the gas had been heated with the same amount of energy in a container of fixed volume. (Assume the specific heat of N2 is 1.00 J/g°C)

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8. One mole of nitrogen gas confined in a cylinder with a piston is heated from 0°C to
819°C at 1.00 atm.
a) Calculate the work of expansion in Joules.
b) What would have been the temperature change if the gas had been heated with the
same amount of energy in a container of fixed volume. (Assume the specific heat of
N2 is 1.00 J/g°C)
eacts with excess chlorine,
Transcribed Image Text:8. One mole of nitrogen gas confined in a cylinder with a piston is heated from 0°C to 819°C at 1.00 atm. a) Calculate the work of expansion in Joules. b) What would have been the temperature change if the gas had been heated with the same amount of energy in a container of fixed volume. (Assume the specific heat of N2 is 1.00 J/g°C) eacts with excess chlorine,
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