Lesson overview: Le Chatelier's principle: Uses in industry
View in classroomIn this lesson, students will identify and explain optimum conditions needed in order to maximise yield in chemical processing using examples in industries.
Transcript
16 lessons in The rate and extent of chemical change:
- Rate of reaction
- Rate of reaction using graphs and tangents
- Collision theory
- Planning an investigation to find rate of reaction
- Rate of reaction required practical (Part 1)
- Rate of reaction required practical (Part 2)
- Effect of changing surface area on rate of reaction
- Effect of changing temperature on rate of reaction
- Effect of changing pressure on rate of reaction
- Catalysts
- Reversible reactions
- Le Chatelier's principle: Effect of changing concentration and temperature
- Le Chatelier's principle: Effect of changing pressure
- Le Chatelier's principle: Uses in industry
- The Rate and extent of chemical change: Review (Part 1)
- The Rate and extent of chemical change: Review (Part 2)
16 lessons in The rate and extent of chemical change (HT):
- Rate of reaction
- Rate of reaction using graphs and tangents
- Collision theory
- Planning an investigation to find rate of reaction
- Rate of reaction required practical (Part 1)
- Rate of reaction required practical (Part 2)
- Effect of changing surface area on rate of reaction
- Effect of changing temperature on rate of reaction
- Effect of changing pressure on rate of reaction
- Catalysts
- Reversible reactions
- Le Chatelier's principle: Effect of changing concentration and temperature
- Le Chatelier's principle: Effect of changing pressure
- Le Chatelier's principle: Uses in industry
- The Rate and extent of chemical change: Review (Part 1)
- The Rate and extent of chemical change: Review (Part 2)