Carbon tetrachloride can be produced by carrying out the following exothermic reaction: CS2(g) + 3 Cl2(g)----> S2Cl2(g) + CCl4(g) a) A 2.00 L flask initially contains 1.5 mol of CS2 and 4.50 mol of Cl2. Once equilibrium is reached, the mixture contains 0.50 mol of CCl4. Calculate the KC of the reaction. b) According to LeChâtellier's principle, what will be the effect of the changes indicated on the concentration of CCl4? Change [CCl4] increased [CCl4] decreased [CCl4] unchanged Addition of CS2(g) Addition of S2Cl2 (g) Container volume compression Temperature rise Cl2 withdrawal Adding a catalyst
Carbon tetrachloride can be produced by carrying out the following exothermic reaction: CS2(g) + 3 Cl2(g)----> S2Cl2(g) + CCl4(g) a) A 2.00 L flask initially contains 1.5 mol of CS2 and 4.50 mol of Cl2. Once equilibrium is reached, the mixture contains 0.50 mol of CCl4. Calculate the KC of the reaction. b) According to LeChâtellier's principle, what will be the effect of the changes indicated on the concentration of CCl4? Change [CCl4] increased [CCl4] decreased [CCl4] unchanged Addition of CS2(g) Addition of S2Cl2 (g) Container volume compression Temperature rise Cl2 withdrawal Adding a catalyst
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Carbon tetrachloride can be produced by carrying out the following exothermic reaction:
CS2(g) + 3 Cl2(g)----> S2Cl2(g) + CCl4(g)
a) A 2.00 L flask initially contains 1.5 mol of CS2 and 4.50 mol of Cl2. Once equilibrium is reached, the mixture contains 0.50 mol of CCl4. Calculate the KC of the reaction.
b) According to LeChâtellier's principle, what will be the effect of the changes indicated on the concentration of CCl4?
Change | [CCl4] increased | [CCl4] decreased | [CCl4] unchanged |
Addition of CS2(g) | |||
Addition of S2Cl2 (g) | |||
Container volume compression | |||
Temperature rise | |||
Cl2 withdrawal | |||
Adding a catalyst |
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