The same amount of work W =1.50kJ is being done on one mole of a monatomic...

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The same amount of work W =1.50kJ is being done on one mole of a monatomic gas initially at (V=25.0L,T=293K) through two different reversible compression processes: isothermal compression and adiabatic compression. a) Calculate the final temperature of the gas for the two compression processes. b) Calculate the final volume of the gas for the two compression processes? c) Calculate the entropy change resulted from the two compression processes? THIS ASSIGNMENT CONTRIBUTES TO YOUR COURSE MARK. Given the forces P = 3.6 kN and Q = 5 kN and the height L = 5 m: Q KN Lm B KN 4 m Fac Number Units Tension or Compression? Tension Compression FAC Number 8 m A (magnitude only) Units (magnitude only) Tension or Compression? Tension Compression Fcp Number Units (magnitude only) Tension or Compression? Tension Compression FAD=Number Units (magnitude only) Tension or Compression? 8 m D E m KN The same amount of work W =1.50kJ is being done on one mole of a monatomic gas initially at (V=25.0L,T=293K) through two different reversible compression processes: isothermal compression and adiabatic compression. a) Calculate the final temperature of the gas for the two compression processes. b) Calculate the final volume of the gas for the two compression processes? c) Calculate the entropy change resulted from the two compression processes? THIS ASSIGNMENT CONTRIBUTES TO YOUR COURSE MARK. Given the forces P = 3.6 kN and Q = 5 kN and the height L = 5 m: Q KN Lm B KN 4 m Fac Number Units Tension or Compression? Tension Compression FAC Number 8 m A (magnitude only) Units (magnitude only) Tension or Compression? Tension Compression Fcp Number Units (magnitude only) Tension or Compression? Tension Compression FAD=Number Units (magnitude only) Tension or Compression? 8 m D E m KN