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21. Consider the following chemical reaction: G2(g) + 2 Hr(g) → 2 HrG(g) At 275 K, when the reaction reaches equilibrium the pressure of G₂ is 0.200 atm, the pressure of Hr is 0.400 atm, and the pressure of HrG is 1.50 atm. Use this information to determine the value of Ke for the reaction. A. 1.59 x 10³ B. 70.3 C. 0.321 D. 423

21. Consider the following chemical reaction: G2(g) + 2 Hr(g) → 2 HrG(g) At 275 K, when the reaction reaches equilibrium the pressure of G₂ is 0.200 atm, the pressure of Hr is 0.400 atm, and the pressure of HrG is 1.50 atm. Use this information to determine the value of Ke for the reaction. A. 1.59 x 10³ B. 70.3 C. 0.321 D. 423

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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21. Consider the following chemical reaction: G₂(g) + 2 Hr(g) → 2 HrG(g) At 275 K, when the reaction reaches equilibrium the pressure of G₂ is 0.200 atm, the pressure of Hr is 0.400 atm, and the pressure of HrG is 1.50 atm. Use this information to determine the value of Kc for the reaction. A. 1.59 x 10³ B. 70.3 C. 0.321 D. 423
Transcribed Image Text:21. Consider the following chemical reaction: G₂(g) + 2 Hr(g) → 2 HrG(g) At 275 K, when the reaction reaches equilibrium the pressure of G₂ is 0.200 atm, the pressure of Hr is 0.400 atm, and the pressure of HrG is 1.50 atm. Use this information to determine the value of Kc for the reaction. A. 1.59 x 10³ B. 70.3 C. 0.321 D. 423
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