What is the equilibrium constant at 1000 K for the reaction shown below if its AG at 1000 K is 32 kJ/mol? N2(9) + C2H2(g) → 2 HCN(9) O 1.0 O 47 O 3.8 O 0.021

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What is the equilibrium constant at 1000 K for the reaction shown below if its AG° at 1000 K is 32 kJ/mol?
N2(9) + C2H2(g)→ 2 HCN9)
1.0
O47
O 3.8
O 0.021
Calculate the total heat required in the heating and complete melting of 1.00 mol solid Cu (MM = 63.55 g/mol) from 100.0 °C to its normal melting point of 1085.0
°C.
Given:
AHfus = 13.1 kJ/mol
Cp of Cus) = 24.47 J/mol-°C
%3D
Cp of Cu = 36.33 J/mol-°C
O24.1 kJ
O 37.2 kJ
O 48.9 kJ
O 39.6 kJ
Corrosion of Fe to its oxides (e.g. FeO, Fe203) in moist air is an example of a spontaneous process with negative AG and which requires no added work for the
reaction to proceed forward.
Select one:
O True
O False
Transcribed Image Text:What is the equilibrium constant at 1000 K for the reaction shown below if its AG° at 1000 K is 32 kJ/mol? N2(9) + C2H2(g)→ 2 HCN9) 1.0 O47 O 3.8 O 0.021 Calculate the total heat required in the heating and complete melting of 1.00 mol solid Cu (MM = 63.55 g/mol) from 100.0 °C to its normal melting point of 1085.0 °C. Given: AHfus = 13.1 kJ/mol Cp of Cus) = 24.47 J/mol-°C %3D Cp of Cu = 36.33 J/mol-°C O24.1 kJ O 37.2 kJ O 48.9 kJ O 39.6 kJ Corrosion of Fe to its oxides (e.g. FeO, Fe203) in moist air is an example of a spontaneous process with negative AG and which requires no added work for the reaction to proceed forward. Select one: O True O False
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