Question

Calculate ?S° at 25°C for the reduction of PbO(s), 2PbO(s) + C(s) ? 2Pb(s) + CO$_2$(g) given these absolute entropies: S° (J/K\text{-}mol) PbO(s) 69.45 C(s) 5.7 Pb(s) 64.89 CO$_2$(s) 213.6 +198.8 J/K\text{-}mol +353.6 J/K\text{-}mol -203.3 J/K\text{-}mol +203.3 J/K\text{-}mol +488.0 J/K\text{-}mol

          Calculate ?S° at 25°C for the reduction of PbO(s), 2PbO(s) + C(s) ? 2Pb(s) + CO$_2$(g)
given these absolute entropies:
S°
(J/K\text{-}mol)
PbO(s) 69.45
C(s) 5.7
Pb(s) 64.89
CO$_2$(s) 213.6
+198.8 J/K\text{-}mol
+353.6 J/K\text{-}mol
-203.3 J/K\text{-}mol
+203.3 J/K\text{-}mol
+488.0 J/K\text{-}mol

Calculate ?S° at 25°C for the reduction of PbO(s), 2PbO(s) + C(s) ? 2Pb(s) + CO2(g)
given these absolute entropies:
S°
(J/K-mol)
PbO(s) 69.45
C(s) 5.7
Pb(s) 64.89
CO2(s) 213.6
+198.8 J/K-mol
+353.6 J/K-mol
-203.3 J/K-mol
+203.3 J/K-mol
+488.0 J/K-mol

Added by Matthew W.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Tianyu Li

04/24/2022

Step 1

Step 1: Calculate the standard entropy change (\Delta S\deg) for the reaction using the given absolute entropies. Show more…

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Calculate Delta Sdeg at 25deg C for the reduction of PbO(s),2PbO(s)+C(s)->2Pb(s)+CO_(2)(g) given these absolute entropies: Sdeg (J/K.mol) PbO(s),69.45 C(s) ,5.7 Pb(s),64.89 CO2(s) 213.6 +198.8 J/K·mol +353.6(J)/(K)*mol -203.3(J)/(K)*mol +203.3 J/K·mol +488.0(J)/(K)*mol Calculate S at 25C for the reduction of PbO(s),2PbO(s) + C(s)- 2Pb(s) + CO(g) given these absolute entropies so (J/K.mol) PbO(s) 69.45 C(s) 5.7 Pb(s) 64.89 CO2(s) 213.6 +198.8 J/K.mol +353.6J/K.mol -203.3 J/K.mol +203.3J/K.mol +488.0J/K-mol