Chemistry 30

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Kinetics: Unit Index | Practice Problems | Assignments | Student Lab | Research Ideas | Teacher Resources
Equilibrium: Unit Index | Practice Problems | Assignments | Student Lab | Research Ideas | Teacher Resources
Solutions: Unit Index | Practice Problems | Assignments | Student Lab | Research Ideas | Teacher Resources
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Chemical Kinetics

Foundational Objectives

Source: SaskLearning Evergreen Curriculum, Chemistry 30

OBJECTIVES

CONTENT


Examine the factors which influence reaction rates in the context of the collision theory.

Lesson 4, Assignment 3

  • Suggest some ways in which the rate of a chemical reaction could be measured.

Lesson 1, Lab Activities

  • Identify some factors which affect the rate of chemical reactions.

Lesson 4, Assignment 3, Lab

  • Apply collision theory to account for the factors which affect the rates of chemical reactions.

Lesson 2, Lesson 4, Lab

  • Recognize that chemical reactions may occur in successive elementary steps.

Lesson 2.1, Assignment 2

  • Understand how a series of simple reactions can constitute a reaction mechanism for a complex reaction.

Lesson 2.1, Assignment 2

Consider molecular level events in a chemical reaction.

 

  • Discuss the concept of threshold energy.

Lesson 2.3

  • Interpret energy versus reaction pathway diagrams.

Lesson 2.3, Lesson 3

  • Consider the existence of transition states in which activated complexes exist.

Lesson 3

  • Explain the role of catalysts in chemical reactions.

Lesson 4.1, Assignment 3,
Assignment 4: Catalyst Research, Lab

  • Interpret energy versus reaction pathway diagrams for catalyzed and uncatalyzed reactions.

Lesson 4.4, Assignment 3

  • Describe the use of catalysts in a variety of applications.

Assignment 4: Catalyst Research

Strengthen knowledge and understanding of how to compute, measure, estimate and interpret quantitative data, when to apply these skills and techniques, and why these processes are important in studying chemical energetics. (NUM)

 

  • Recognize whether computed answers are sensible.

Assignment 1

  • Understand the principles and difficulties of measuring rates of chemical reactions, and inventing suitable procedures for measurement.

Assignment 1, Lab Activities

  • Understand that divergent thinking and reasoning often precede convergent thinking and solutions to problems.

 

  • Distinguish between situations where quantitative precision is required and those where approximations are acceptable.

Lab Activities

  • Use quantitative problem solving tools such as tables of conversion or equivalence.

Lesson 1, Lab

Promote both intuitive, imaginative thought and the ability to evaluate ideas, processes, and experiences in meaningful contexts. (CCT)

Research Projects

  • Seek alternate ways of responding to activities, projects or assignments.

     

 

  • Summarize information in a variety of ways.

 

  • Understand that real life problems often have more than one solution.

 

  • Discover relationships and patterns.

 

  • Generate, classify and explore reasons or rules underlying categories.

 

  • Propose generalizations which explain relationships.

 

Treat themselves and others with respect. (PSVS)

Lab Activities

Group Research Projects

  • Work toward improving self-esteem in themselves and others.

 

  • Work cooperatively and contribute positively in group learning activities.

 

  • Demonstrate capacity and ability to act with respect, empathy, sympathy, fairness, loyalty, cooperation and patience for others.

 

Develop their abilities to meet their own learning needs. (IL)

Lab Activities

Group Research Projects

  • Connect what is already known with new experiences.

 

  • Focus on and complete learning tasks.

 

  • Look for associations among items of knowledge and extend identified relationships through additional inquiries.

 

  • Interpret and report results of learning experiences.

 

  • Plan, manage and evaluate own learning tasks.

 

 

Credits | Central iSchool | Sask Learning | Saskatchewan Evergreen Curriculum | Updated: 26-Jun-2006