To answer your first question regarding how the generic reaction will shift in response to different disturbances, let's analyze each scenario:
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Removal of Reactant 2: This disturbance will shift the equilibrium to the left (favoring the reverse reaction) to replace the removed reactant.
- Shift: Favors Reverse Reaction (Shifts left)
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Addition of heat: Since heat is a reactant in this endothermic reaction, adding heat will drive the reaction towards the right (favoring the forward reaction) to use up the added heat.
- Shift: Favors Forward Reaction (Shift right)
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Removal of Product A: If Product A is removed, the equilibrium will shift to the right (favoring the forward reaction) to produce more product.
- Shift: Favors Forward Reaction (Shift right)
Now, regarding Question 2, the given reaction can be classified based on its heat exchange. Since the reaction involves heat as a reactant and absorbs heat to form the products, it is considered endothermic.
- Response: Endothermic
Thus, the answer to Question 2 is Endothermic.