Stalactites and stalagmites in a cave: A system on the edge of dynamic chemical equilibrium
The provisional list of modules to be published in this chapter is shown here. Those already published are clearly indicated, and can be accessed through hyperlink by clicking on the module name.
1100 OVERVIEW
1101 Visualizing dynamic chemical equilibrium
1102 Chemical equilibrium: The jargon
1103 The law of equilibrium: Clarifying the meaning of equilibrium constants
1104 The law of equilibrium: an analogy
1105 Toward equilibrium: How does Q compare with K?
1106 Spontaneous direction of net reaction
1107 Magnitude of K, and extent of reaction
1108 How does K depend on how the reaction equation is written?
1109 Dependence of K on temperature
1110 Ways of "disturbing" a reaction mixture at equilibrium
1111 Le Chatelier's principle, and a better way
1112 Disturbing equilibrium of a reaction in solution: Changing the concentration of one reagent
1113 Disturbing equilibrium of a reaction in solution: Diluting the solution
1114 Disturbing equilibrium of a gas-phase reaction: Changing the concentration of one reagent
1115 Disturbing equilibrium of a gas-phase reaction: Changing the volume of the container
1116 Disturbing equilibrium by by changing the temperature
1117 The header image: Stalactites and stalagmites
1118 Equilibrium vs. kinetics (How far? vs. How fast?)
1119 Activity-based equilibrium constants
1100 OVERVIEW
1101 Visualizing dynamic chemical equilibrium
1102 Chemical equilibrium: The jargon
1103 The law of equilibrium: Clarifying the meaning of equilibrium constants
1104 The law of equilibrium: an analogy
1105 Toward equilibrium: How does Q compare with K?
1106 Spontaneous direction of net reaction
1107 Magnitude of K, and extent of reaction
1108 How does K depend on how the reaction equation is written?
1109 Dependence of K on temperature
1110 Ways of "disturbing" a reaction mixture at equilibrium
1111 Le Chatelier's principle, and a better way
1112 Disturbing equilibrium of a reaction in solution: Changing the concentration of one reagent
1113 Disturbing equilibrium of a reaction in solution: Diluting the solution
1114 Disturbing equilibrium of a gas-phase reaction: Changing the concentration of one reagent
1115 Disturbing equilibrium of a gas-phase reaction: Changing the volume of the container
1116 Disturbing equilibrium by by changing the temperature
1117 The header image: Stalactites and stalagmites
1118 Equilibrium vs. kinetics (How far? vs. How fast?)
1119 Activity-based equilibrium constants
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You can browse or search the Aha! Learning chemistry website in the following ways:
You can browse or search the Aha! Learning chemistry website in the following ways:
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