Equilibrium constants are known for the following reactions: S(s)+ 3 / 2 O 2 (g) SO 3 (g)K c = 9.2 * 10 23 SO 3 (g) SO 2 (g)+ 1 / 2 O 2 (g)K c = 4.8 * 10 - 4 Thus, for the reaction S(s)+ O 2 (g)$\rarr$ SO 2 (g), K c = 4.4 * 10 20 .

The equilibrium constant for the reaction in question is 4.4x10^10, which is given in the provided information. Therefore, the statement "K c = 4.4 F1F1F1S1F1F1F10 10 20 " is true.

Equilibrium constants are known for the following reactions: S(s)+ 3 / 2 O 2 (g) SO 3 (g)K c = 9.2 * 10 23 SO 3 (g) SO 2 (g)+ 1 / 2 O 2 (g)K c = 4.8 * 10 - 4 Thus, for the reaction S(s)+ O 2 (g)$\rarr$ SO 2 (g), K c = 4.4 * 10 20 .

The equilibrium constant for the reaction in question is 4.4x10^10, which is given in the provided information. Therefore, the statement "K c = 4.4 F1F1F1S1F1F1F10 10 20 " is true.

Solved

Equilibrium Constants Are Known for the Following Reactions:
S(s)+ ³/₂O₂(g) $\rarr$

Question 85

True/False

Equilibrium constants are known for the following reactions:
S(s)+ ³/₂O₂(g) $Equilibrium constants are known for the following reactions: S(s)+ 3/2O2(g) SO3(g)Kc = 9.2 * 1023 SO3(g) SO2(g)+ 1/2O2(g)Kc = 4.8 * 10- 4 Thus, for the reaction S(s)+ O2(g) \rarr SO2(g), Kc = 4.4 * 1020.$ SO₃(g)K_c = 9.2 * 10²³
SO₃(g) $Equilibrium constants are known for the following reactions: S(s)+ 3/2O2(g) SO3(g)Kc = 9.2 * 1023 SO3(g) SO2(g)+ 1/2O2(g)Kc = 4.8 * 10- 4 Thus, for the reaction S(s)+ O2(g) \rarr SO2(g), Kc = 4.4 * 1020.$ SO₂(g)+ ¹/₂O₂(g)K_c = 4.8 * 10^{- 4}
Thus, for the reaction S(s)+ O₂(g) $\rarr$ SO₂(g), K_c = 4.4 * 10²⁰.