Exercise 2. A17. ideal Amole of 298K expands from a pressure. f -pressure y 1 atm. In each of 1. 15othermal and reversible expansion 2. Isothermal and Irreversible expansion 3. Adiabatic and reversible expansion. to Adiabatic and Imeversible expansion. of as at an unitial temperature. 5 atm to a с the following a
Exercise 2. A17. ideal Amole of 298K expands from a pressure. f -pressure y 1 atm. In each of 1. 15othermal and reversible expansion 2. Isothermal and Irreversible expansion 3. Adiabatic and reversible expansion. to Adiabatic and Imeversible expansion. of as at an unitial temperature. 5 atm to a с the following a
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Transcribed Image Text:Exercise 2. A.7.
ideal
A mole of
gas
298K expands from a are
press f
-pressure y 1 atm. In each
of
1. 15othermal and reversible expansion.
2. Isothermal and Irreversible Expansion
3. Adiabetic and reversible expansion.
4. Adiabatic and Imeversible expansion
Calculate:
at an initial temperature of
5 atm to a
the gas
a) the final temperature and the change in the Internal
energy of the gas
b) the work done
by
and the amount of
heat Involved.
of the enthalpy Varvation
Data: Cy
BR
the following!
of the gas
and Cp
Cases
z5R
B₁3
B.2
1
d=100=1
m2 2
C₂
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