Employing Le Châtelier's Principle, qualitatively predict whether formation of C;Hs increases, decreases, or remains unchanged when this equilibrium is subjected to the following: a. Hz is removed from the system b. The reaction temperature is increased c. An effective catalyst is introduced d. The volume of the system is reduced by half

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21.
For the following equilibrium: H2C=CH2 (g) + H2 (g) E→ C2H6 (g) AH° = -136 kJ
Employing Le Châtelier's Principle, qualitatively predict whether formation of C;Hs increases, decreases,
or remains unchanged when this equilibrium is subjected to the following:
a. Hz is removed from the system
b. The reaction temperature is increased
c. An effective catalyst is introduced
d. The volume of the system is reduced by half
Transcribed Image Text:21. For the following equilibrium: H2C=CH2 (g) + H2 (g) E→ C2H6 (g) AH° = -136 kJ Employing Le Châtelier's Principle, qualitatively predict whether formation of C;Hs increases, decreases, or remains unchanged when this equilibrium is subjected to the following: a. Hz is removed from the system b. The reaction temperature is increased c. An effective catalyst is introduced d. The volume of the system is reduced by half
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