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250:(g)+O:(g)2S0.(g) The position of equilibrium moves to the right/left if the concentration of SO; is increased. CO:(g) CO(g)+0(g) If we increase the pressure of COg), the system will shift towards the reactants/products because it has a fewer/more number of moles of gas. CI-H.O HO'+Cl+Heat If we decrease the temperature, the reaction will proceed towards the reactants/products because the system must regenerate/used the heat that was lost/gain. i) Will the equilibrium in reaction Cl(g) + CO(gk Moves to the left side ,right side or stay constant if we: COCI:(g) Inal Add C, Ad A Compress Decompress 1. Add Cl:(g) at constant volume right left/ stay constant 2. Add Ar (inert gas) at constant volume right left/ stay constant 3.Compress the mix by decreasing volume right left/ stay constant 4.Decompress the mix by increasing volume right left stay constant

250:(g)+O:(g)2S0.(g) The position of equilibrium moves to the right/left if the concentration of SO; is increased. CO:(g) CO(g)+0(g) If we increase the pressure of COg), the system will shift towards the reactants/products because it has a fewer/more number of moles of gas. CI-H.O HO'+Cl+Heat If we decrease the temperature, the reaction will proceed towards the reactants/products because the system must regenerate/used the heat that was lost/gain. i) Will the equilibrium in reaction Cl(g) + CO(gk Moves to the left side ,right side or stay constant if we: COCI:(g) Inal Add C, Ad A Compress Decompress 1. Add Cl:(g) at constant volume right left/ stay constant 2. Add Ar (inert gas) at constant volume right left/ stay constant 3.Compress the mix by decreasing volume right left/ stay constant 4.Decompress the mix by increasing volume right left stay constant

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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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250:(g)+O:(g)2S0.(g) The position of equilibrium moves to the right/left if the concentration of SO; is increased. CO:(g) CO(g)+0(g) If we increase the pressure of COg), the system will shift towards the reactants/products because it has a fewer/more number of moles of gas. CI-H.O HO'+Cl+Heat If we decrease the temperature, the reaction will proceed towards the reactants/products because the system must regenerate/used the heat that was lost/gain. i) Will the equilibrium in reaction Cl(g) + CO(gk Moves to the left side ,right side or stay constant if we: COCI:(g) Inal Add C, Ad A Compress Decompress 1. Add Cl:(g) at constant volume right left/ stay constant 2. Add Ar (inert gas) at constant volume right left/ stay constant 3.Compress the mix by decreasing volume right left/ stay constant 4.Decompress the mix by increasing volume right left stay constant
Transcribed Image Text:250:(g)+O:(g)2S0.(g) The position of equilibrium moves to the right/left if the concentration of SO; is increased. CO:(g) CO(g)+0(g) If we increase the pressure of COg), the system will shift towards the reactants/products because it has a fewer/more number of moles of gas. CI-H.O HO'+Cl+Heat If we decrease the temperature, the reaction will proceed towards the reactants/products because the system must regenerate/used the heat that was lost/gain. i) Will the equilibrium in reaction Cl(g) + CO(gk Moves to the left side ,right side or stay constant if we: COCI:(g) Inal Add C, Ad A Compress Decompress 1. Add Cl:(g) at constant volume right left/ stay constant 2. Add Ar (inert gas) at constant volume right left/ stay constant 3.Compress the mix by decreasing volume right left/ stay constant 4.Decompress the mix by increasing volume right left stay constant
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