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For the reaction: ½F2(g)→F(g), a reaction mixture initially contains 0.5 atm of F2(g) and 0.5 atm of F(g) in their standard states. If Kp = 7.55×10-2 at this temperature, which statement is true? →is supposed to be an equilibrium arrow Q < K, and the reaction proceeds towards the reactants. Q < K, and the reaction proceeds towards the products. Q = K, and the reaction is at equilibrium. Q > K, and the reaction proceeds towards the reactants.

For the reaction: ½F2(g)→F(g), a reaction mixture initially contains 0.5 atm of F2(g) and 0.5 atm of F(g) in their standard states. If Kp = 7.55×10-2 at this temperature, which statement is true? →is supposed to be an equilibrium arrow Q < K, and the reaction proceeds towards the reactants. Q < K, and the reaction proceeds towards the products. Q = K, and the reaction is at equilibrium. Q > K, and the reaction proceeds towards the reactants.

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter16: Spontaneity Of Reaction
Section: Chapter Questions
Problem 85QAP: Which of the following quantities can be taken to be independent of temperature? independent of...
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For the reaction: ½F2(g)F(g), a reaction mixture initially contains 0.5 atm of F2(g) and 0.5 atm of F(g) in their standard states. If K, = 7.55×10-2 at this temperature, which statement is true? %3D is supposed to be an equilibrium arrow Q < K, and the reaction proceeds towards the reactants. Q < K, and the reaction proceeds towards the products. Q = K, and the reaction is at equilibrium. Q > K, and the reaction proceeds towards the reactants.
Transcribed Image Text:For the reaction: ½F2(g)F(g), a reaction mixture initially contains 0.5 atm of F2(g) and 0.5 atm of F(g) in their standard states. If K, = 7.55×10-2 at this temperature, which statement is true? %3D is supposed to be an equilibrium arrow Q < K, and the reaction proceeds towards the reactants. Q < K, and the reaction proceeds towards the products. Q = K, and the reaction is at equilibrium. Q > K, and the reaction proceeds towards the reactants.
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