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19 Nov 2019
11. Given the data in the table Substance | Îh298(J/mol) | s298(J/Kmol) 62.4 205.1 30.7 70.0 50.0 107.9 | Ti Bao Tio. BaTio Cp(J/Kmol) (approximately) 28.07 29.4 25.06 50.0 55.0 110.0 582.000 945,000 1,647,000 (a) What is the Gibbs free energy change for the reaction when 1 mole of BaO reacts with 1 (b) Calculate the Gibbs free energy as a function of temperature for Ba. Ti, O. Bad. Tia (c) Calculate the Gibbs free energy changes as a function of temperature for the reactions, Ba (d) Plot the Gibbs free energy change for the reactions, Ba (1/2)02 - BaO, Ti + O2 Tio2. mole of TiO, at 298 K to produce 1 mole of BaTiO, at 298 K? and BaTiO3. Ba0 +TiO, BaTiO, as a function of temperature from room temperature to 1000 K
11. Given the data in the table Substance | Îh298(J/mol) | s298(J/Kmol) 62.4 205.1 30.7 70.0 50.0 107.9 | Ti Bao Tio. BaTio Cp(J/Kmol) (approximately) 28.07 29.4 25.06 50.0 55.0 110.0 582.000 945,000 1,647,000 (a) What is the Gibbs free energy change for the reaction when 1 mole of BaO reacts with 1 (b) Calculate the Gibbs free energy as a function of temperature for Ba. Ti, O. Bad. Tia (c) Calculate the Gibbs free energy changes as a function of temperature for the reactions, Ba (d) Plot the Gibbs free energy change for the reactions, Ba (1/2)02 - BaO, Ti + O2 Tio2. mole of TiO, at 298 K to produce 1 mole of BaTiO, at 298 K? and BaTiO3. Ba0 +TiO, BaTiO, as a function of temperature from room temperature to 1000 K
Keith LeannonLv2
19 Nov 2019