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Temperature affects rate of reaction by changing the: |
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Concentration of reactants affects rate of reaction by changing the: |
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Adding a catalyst affects rate of reaction by changing the: |
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The surface area affects rate of reaction by changing the: |
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Higher surface area makes the reaction |
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Higher temperature makes the reaction |
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Higher concentration makes the reaction |
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Adding a catalyst makes the reaction |
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Lower temperature makes the reaction |
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Lower concentrations makes the reaction |
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Less surface area makes the reaction |
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The three parts of the collision theory are |
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Collisions, kinetic energy, proper alignment |
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The speed of the molecules in a reaction is their |
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At higher temperature, molecules have more |
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At lower temperature, molecules have less |
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At higher concentrations, there are more |
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At lower concentrations, there are less |
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When the surface area is increased, there are more |
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When the surface area is decreased, there are less |
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When a catalyst is present, the reactant molecules |
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Which reaction would be faster? 10 degrees or 30 degrees? |
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Which reaction would be faster? Catalyzed or non-catalyzed? |
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Which reaction would be faster? A tablet or a powder? |
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Which reaction would be faster? Concentrated reactants or dilute reactants? |
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