Presentation draft	Create a list of slides with content for a presentation. If you have enough data, for each slide create a list of key information points (or simply provide text information for each slide). The titles of all slides must be formatted as headings (do not numerate slides)
Which subject	Chemistry
What age group	Year or Grade 11
What topic	rate of reaction
Number of slides	20
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Introduction

• Basics of chemical reactions
• Factors affecting the rate of reaction
• Importance of studying rate of reaction

Theory of Reaction Rates

• Definition of reaction rates
• Collision theory
• Relationship between concentration and rate of reaction

Concentration and Rate of Reaction

• Effect of concentration on rate of reaction
• Calculation of rate law equations
• Graphical representation of rate laws

Temperature and Rate of Reaction

• Effect of temperature on rate of reaction
• Activation energy
• Arrhenius equation

Surface Area and Rate of Reaction

• Effect of surface area on rate of reaction
• Explanation using collision theory
• Practical applications of surface area on rate of reaction

Catalysts and Rate of Reaction

• Definition of catalysts
• Effect of a catalyst on rate of reaction
• Enzymes as biological catalysts

Reaction Mechanisms

• Definition of a reaction mechanism
• Multi-step reactions
• Intermediates and rate-determining steps

Order and Rate of Reaction

• Definition of order
• Determination of order in experimental data
• Rate constants and their relationship to order

Half-Life and Rate of Reaction

• Definition of half-life
• Calculation of half-life in different order reactions
• Relationships between half-life and rate constants

Kinetics and Equilibrium

• Relationship between kinetics and equilibrium
• Le Chatelier's principle
• Effect of changing reaction conditions on equilibrium

Rate of Reaction and Industry

• Applications of rate of reaction in industry
• Examples of reactions with high and low rates
• Importance of controlling reaction rates in industry

Factors Affecting Biological Reactions

• Examples of biological reactions
• Importance of rate of reaction in biological systems
• Factors affecting rate of biological reactions

Experimental Methods for Determining Rate of Reaction

• Introduction to experimental methods for determining rate of reaction
• Measuring reactant and product concentrations over time
• Determining reaction order using initial rates method

Error Analysis in Experimental Data

• Sources of error in experimental data
• Methods for reducing and accounting for error
• Importance of accurate experimental data in determining rate of reaction

Chemical Kinetics and the Environment

• Chemical kinetics and environmental issues
• Reactions involved in atmospheric pollution
• Importance of understanding reaction rates in addressing environmental problems

Summary and Conclusions

• Recap of key concepts and theories
• Practical applications of rate of reaction
• Importance of kinetics in the study of chemistry

References

• Primary and secondary sources used in creating presentation
• Citations for key theories and experiments mentioned in the presentation.