| Select | | View | Download | | 41.1 The effect of change in concentration on chemical equilibria | | |
| 41.2 The effect of change in pressure on chemical equilibria | | |
| 41.3 Predicting the direction of shift in the equilibrium position from reaction quotient, Qc | | |
| 41.4 The effect of change in temperature on chemical equilibria | | |
| 41.5 Using Le Châtelier’s Principle to predict the shift in equilibrium position and recognizing its limitations | | |
| 41.6 Considerations in deciding the operating conditions of a chemical industria lprocess | | |
| 41.1 The effect of change in concentration on chemical equilibria (bilingual version) | | |
| 41.2 The effect of change in pressure on chemical equilibria (bilingual version) | | |
| 41.3 Predicting the direction of shift in the equilibrium position from reaction quotient, Qc (bilingual version) | | |
| 41.4 The effect of change in temperature on chemical equilibria (bilingual version) | | |
| 41.5 Using Le Châtelier’s Principle to predict the shift in equilibrium position and recognizing its limitations (bilingual version) | | |
| 41.6 Considerations in deciding the operating conditions of a chemical industria lprocess (bilingual version) | | |
| The effect of changes in concentration and temperature on chemical equilibria (combined version) | | |
| The effect of changes in concentration and temperature on chemical equilibria (bilingual, combined version) | | |