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Given: N₂(g) + 3 H₂ (G) 2 NH₃K C (Eq

question 98

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Given:
N₂(g) + 3 H₂ (g) Given: N₂(g)  + 3 H₂ (g)    2 NH₃K c (eq 1)  = 2.25*10<sup>- 6</sup> What is the equilibrium-constant, K c , for the formation of one mole of ammonia from nitrogen and hydrogen at 600 K as shown below? 1 / 2 N₂(g)  + 3 / 2 H₂ (g)    NH₃K c (eq 2)  = ?? A)  2.25×10<sup> - 6</sup> (equilibrium-constants are constant at a given temperature)  B)  1.13×10<sup> - 6</sup> C)  1.5×10<sup> - 3</sup> D)  5.05×10<sup> - 12</sup> E)  4.5×10<sup> - 6</sup> 2 NH₃K c (eq 1) = 2.25*10- 6 What is the equilibrium-constant, K c , for the formation of one mole of ammonia from nitrogen and hydrogen at 600 K as shown below?
1 / 2 N₂(g) + 3 / 2 H₂ (g) Given: N₂(g)  + 3 H₂ (g)    2 NH₃K c (eq 1)  = 2.25*10<sup>- 6</sup> What is the equilibrium-constant, K c , for the formation of one mole of ammonia from nitrogen and hydrogen at 600 K as shown below? 1 / 2 N₂(g)  + 3 / 2 H₂ (g)    NH₃K c (eq 2)  = ?? A)  2.25×10<sup> - 6</sup> (equilibrium-constants are constant at a given temperature)  B)  1.13×10<sup> - 6</sup> C)  1.5×10<sup> - 3</sup> D)  5.05×10<sup> - 12</sup> E)  4.5×10<sup> - 6</sup> NH₃K c (eq 2) = ??


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