Carbon dioxide can be reversibly decomposed to carbon monoxide and oxygen gas at
ID: 1032800 • Letter: C
Question
Carbon dioxide can be reversibly decomposed to carbon monoxide and oxygen gas at high temperatures. Gaseous reactions are commonly performed in an inert gas like argon Once the reaction is at equilibrium, what will happen if you add more argon to the reaction vessel? (select all that apply) 2CO28) $ 2CO(g) + O2(8) O The equilibrium does not change because argon is not involved in the reaction. The equilibrium shifts to remove carbon dioxide and reduce the pressure. The equilibrium shifts to produce more carbon dioxide and reduce the pressure. The eauiterin benochaneeExplanation / Answer
As argon gas is not part of reaction hence their concentration is not involved in equilibrium constant.
The equilibrium doesn't change because argon is not involved in the reaction
The equilibrium doesn't change because the concentration are not affected.