| 1. | Depending on the catalyst, some substituents can increase the rate of reaction.
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| 2. | Rates of reaction can be affected by the size of rings.
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| 3. | The rate of reaction increases with temperature, but the extent of reaction decreases.
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| 4. | At equilibrium, the forward rate of reaction equals the reverse rate.
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| 5. | Isotopic substitution can modify the rate of reaction in a variety of ways.
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| 6. | As the reaction proceeds, heat is generated, and the rate of reaction increases.
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| 7. | Wave action also increases the rate of reaction by removing the reacted material.
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| 8. | Therefore, the overall rate of reaction is controlled by carboxylate basicity and solvation.
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| 9. | Increasing voltage above the decomposition potential can increase the rate of reaction ..
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| 10. | Below some relative rates of reaction ( NaI in acetone at 60?):
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