Consider the reaction at equilibrium. As 4 O 6 (s) + 6 C (s) + heat ? As 4 (g) +
ID: 828663 • Letter: C
Question
Consider the reaction at equilibrium.
As4O6 (s) + 6 C (s) + heat ? As4 (g) + 6 CO (g)
Your choices are that it will generate MORE PRODUCTS, MORE REACTANTS, or NO CHANGE.
Reaction is placed in an ice bath
Carbon monoxide is adsorbed onto a solid phase material
Carbon monoxide is added
Pressure is decreased at constant Temp, by increasing the container volume
More carbon (s) is added
An appropriate catalyst is added
The particle size of the As4O6 (s) is reduced by grinding it to a fine powder
Reaction is placed in an ice bath
Carbon monoxide is adsorbed onto a solid phase material
Carbon monoxide is added
Pressure is decreased at constant Temp, by increasing the container volume
More carbon (s) is added
An appropriate catalyst is added
The particle size of the As4O6 (s) is reduced by grinding it to a fine powder
Explanation / Answer
According to Le Chatelier's principle,
Changing the concentration of a chemical will shift the equilibrium to the side that would reduce that change in concentration.
The chemical system will attempt to partially oppose the change affected to the original state of equilibrium.
In turn, the rate of reaction, extent and yield of products will be altered corresponding to the impact on the system.
Reaction is placed in an ice bath
Carbon monoxide is adsorbed onto a solid phase material
Carbon monoxide is added
Pressure is decreased at constant Temp, by increasing the container volume
More carbon (s) is added
An appropriate catalyst is added
The particle size of the As4O6 (s) is reduced by grinding it to a fine powder
Reaction is placed in an ice bath
MORE REACTANTSCarbon monoxide is adsorbed onto a solid phase material
MORE PRODUCTSCarbon monoxide is added
MORE REACTANTSPressure is decreased at constant Temp, by increasing the container volume
MORE PRODUCTSMore carbon (s) is added
MORE REACTANTSAn appropriate catalyst is added
MORE PRODUCTSThe particle size of the As4O6 (s) is reduced by grinding it to a fine powder
NO CHANGE.Related Questions
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