Question
Calculate delta G, delta A, and delta Stotal for each of the following processes and state any
approximations made:
(a) Reversible vaporization of 39 g of C6H6 at its normal boiling point of 80.1°C and 1
atm;
(b) Adiabatic reversible expansion of 0.100 mol of a perfect gas with initial
temperature of 300 K, initial volume of 2.00 L, to final volume of 6.00 L.
(c) Adiabatic expansion of 0.100 mol of a perfect gas into with initial temperature of
300 K, initial volume of 2.00 L, to final volume of 6.00 L under vacuum
approximations made:
(a) Reversible vaporization of 39 g of C6H6 at its normal boiling point of 80.1°C and 1
atm;
(b) Adiabatic reversible expansion of 0.100 mol of a perfect gas with initial
temperature of 300 K, initial volume of 2.00 L, to final volume of 6.00 L.
(c) Adiabatic expansion of 0.100 mol of a perfect gas into with initial temperature of
300 K, initial volume of 2.00 L, to final volume of 6.00 L under vacuum
Answers
Related Questions
Does my work here look right?
3. One mole of an ideal gas expands adiabatically into a vacuum. C...
Calculate the DELTA H(rxn), DELTA S(rxn), DELTA S(universe), DELTA G(rxn). For each system below ind...
For the reaction
I2(s)+Cl2(g) ==> 2ICl(g)
delta H= 36kJ, delta S= 158.8J/K at 25° C. Calculate...
So, i did this lab, a solubility and thermodynamics lab of KNO3, and in it we had to determine the...