Reactive Chemistry

1

The Metal Reactivity Series

Ranking Metals by Reactivity

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2

Reactions of Metals with Water and Acids

Predicting Products and Writing Equations

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3

Reactions of Metals with Oxygen and Corrosion

Oxidation, Rusting and Protection

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4

Predicting and Writing Displacement Reactions

Metal and Halogen Displacement

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5

Collision Theory

Why and How Reactions Happen

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6

Effect of Concentration on Reaction Rate

More Particles, More Collisions

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7

Effect of Temperature on Reaction Rate

Energy Distribution and Effective Collisions

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8

Effect of Surface Area on Reaction Rate

Exposing More Particles to Reaction

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9

Effect of Catalysts on Reaction Rate

Providing an Alternative Pathway

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10

Measuring Reaction Rate Experimentally

Methods for Tracking a Reaction Over Time

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11

Average vs Instantaneous Rate from Graphs

Reading Gradients and Tangents

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12

Predicting the Products of Reactions

Combining Reactivity, Reaction Type and Balancing

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13

Designing a Valid Rate Experiment

Controlling Variables for Reliable Results

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14

Reactive Chemistry — Bringing It Together

Reactivity and Rate, Combined

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