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Difference (from prior major revision)
(author diff)
Changed: 23c23
Favor Forward reaction, Forward reaction is Exothermic
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Favor Forward reaction, Forward reaction is Endothermic
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In following, I provide "note". This information is not required in your answer but is stated to provide more clarity.
Stress:Increase Temperature (add, increase give Energy)
Rxn: Decrease Temperature (consume Energy)
Make more reactant
- note: since Energy on product side, consume product make reactants
Favoring Backward reaction Backward reaction is Endothermic
- note: since we want to consume Energy
Shift Equilibrium to Left
- note: new Equil has more reactant than original Equil
Stress:Increase Pressure (adding, increasing # of particles)
Rxn:Decreasing Pressure (consuming particles)
Make more products 3 reactant particles --> 1 product particle
- note: instead of -->, could use words (becomes, etc)
Favor Forward rxn
Shift Equilibrium to Right
Stress: Increase Temperature (add, give Energy)
Rxn:Decrease Temperature (consume Energy)
Make more products
Favor Forward reaction, Forward reaction is Endothermic
Shift Equilibrium to Right
Stress: Adding [C]
Rxn: Remove or consume [C]
Make more Reactant
Favor Backward reaction
Shift Equilibrium to Left
2020-2021 Student DO NOT NEED TO DO
Stress:Decrease Pressure (remove # of particles)
Rxn:Increase Pressure (adding particles)
No Equilibrium shift since there are 2 gas reactant particles and 2 product particle so system can't add particles (solid reactant are not involved).