AHA! Chemistry with Prof Bob
  • Home
  • Modules
    • 02 The nature of matter >
      • 0201 Atoms: Building blocks
      • 0202 Classification of matter
    • 05 Chemical reaction, chemical equations >
      • 0500 Overview, preview
      • 0501 Amount of substance, mole
      • 0502 Avogadro constant: How many?
      • 0503 Avogadro constant: Why that number?
      • 0504 Chemical formulas: What do they mean?
      • 0505 What can equations tell us?
      • 0506 Limiting reactants
    • 09 Solutions >
      • 0901 What is a solution?
      • 0902 Miscibility of liquids
      • 0903 Like dissolves like?
      • 0905 Dissolution of ionic salts in water
      • 0906 Can we predict solubilities of salts?
      • 0907 Solution concentration
      • 0908 Chemical species, speciation
      • 0909 Solutes: Electrolytes or non-electrolytes?
      • 0910 Electrolytes - strong or weak?
      • 0911 Concentrated, dilute, strong, weak
      • 0912 Species concentration vs. solution concentration
      • 0913 Weak electrolytes: Getting quantitative
    • 11 Dynamic chemical equilibrium >
      • 1100 Equilibrium: An overview
      • 1101 Visualising dynamic equilibrium
      • 1102 The jargon of equilibrium
      • 1103 Equilibrium constants
    • 22 Evidence from spectroscopy >
      • 2200 Overview, preview
      • 2201 Spectroscopy: Quantization of energies
      • 2202 Light: Wave-particle "duality"
      • 2203 UV-Visible spectroscopy
      • 2204 Beer's law
    • 27 Communicating chemistry >
      • 2700 Overview, preview
      • 2703 The jargon we use
  • TOC
  • Index
  • Teachers' area
    • T01 Communicating chemistry
    • T02 Beer's law
    • T03 Professional amnesia of the chemistry teaching professio
    • T04 Law of equilibrium
    • T05 Visusalizing dynamic chemical equilibrium
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​
​Table of contents

When I go in, what will I find?
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​Peruse the entire list of topics. Those modules so far published are shown under each topic heading and can be accessed by clicking on the title.

01  Chemistry: What is it?
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02 Building blocks of matter: The fundamentals
         
0201 Atoms: The building blocks of everything         
          0202 Classification of matter​         

           
03 States of matter
​

04 Categories of substances according to properties, and explanatory models of structure
​

05 What is a chemical reaction? Chemical equations
       
  0500 List of modules, overview of the topic
         0501 Amount of substance and its unit of measurement, mole
          0502 Avogadro constant: How many particles is that?

          0503 Avogadro constant: Why that number?     
​           0504 Chemical formulas: How do we interpret them?
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          0505 What can balanced chemical equations tell us? And what can't they tell us
?     
           0506 Limiting reactants: What limits how much reaction can happen?         

06: Carbon compounds: An introduction

07 Properties of water and explanatory models

08 Categories of reaction in water, modelled as competitions

09 Solutions
          0900
         0901 Which mixtures are classified as solutions?  
         0902  Miscibility of molecular liquids         

          0903 Like dissolves like? Shades of grey 
         0905 Dissolution of ionic salts in water  
         0906 Can we predict the solubilities of ionic salts? 

          0907 Solution concentration 
         0908 Chemical species, speciation 

          0909  Solutes: Electrolytes or non-electrolytes?
         0910  Electrolytes - Strong or weak? If weak, how weak?
​
10 Thermochemistry: Energy flows during chemical processes

11 Dynamic chemical equilibrium
         
1100 List of modules, overview of the topic 
          1101 Visualizing dynamic chemical equilibrium  
          1102  The jargon of equilibrium     

          1103 The law of equilibrium, equilibrium constants     
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12 Acid-base chemistry in aqueous solution

13 Electron transfer reactions in aqueous chemistry: Oxidation and reduction, electrochemistry

14 Solubility and precipitation of slightly soluble ionic salts in aqueous solution

15 Complexation reactions

16 Chemical thermodynamics: Which way, and how far, to equilibrium?

17 Reaction kinetics: How fast is reaction happening?

18 Periodic variation of properties of the elements
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19 Models of atoms, and their difference from element to element

20 Molecules: How structure affects properties

21 Models of bonding in molecules

22 Evidence from spectroscopy
​         
2200 Overview of the topic
          2201 Spectroscopy: Quantization of energy
         2202 Light: Wave-particle "duality"                 
         2203 UV-visible spectroscopy     
   
​         2204 Beer's law
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23 Properties of the main group elements and their compounds

24 Properties of transition elements and their compounds

25 More chemistry of "organic" carbon compounds

26 Environmental chemistry
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27 Communicating chemistry
​          2700 An introduction         
         
         
2703 The technical jargon that we use 
       
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  • Home
  • Modules
    • 02 The nature of matter >
      • 0201 Atoms: Building blocks
      • 0202 Classification of matter
    • 05 Chemical reaction, chemical equations >
      • 0500 Overview, preview
      • 0501 Amount of substance, mole
      • 0502 Avogadro constant: How many?
      • 0503 Avogadro constant: Why that number?
      • 0504 Chemical formulas: What do they mean?
      • 0505 What can equations tell us?
      • 0506 Limiting reactants
    • 09 Solutions >
      • 0901 What is a solution?
      • 0902 Miscibility of liquids
      • 0903 Like dissolves like?
      • 0905 Dissolution of ionic salts in water
      • 0906 Can we predict solubilities of salts?
      • 0907 Solution concentration
      • 0908 Chemical species, speciation
      • 0909 Solutes: Electrolytes or non-electrolytes?
      • 0910 Electrolytes - strong or weak?
      • 0911 Concentrated, dilute, strong, weak
      • 0912 Species concentration vs. solution concentration
      • 0913 Weak electrolytes: Getting quantitative
    • 11 Dynamic chemical equilibrium >
      • 1100 Equilibrium: An overview
      • 1101 Visualising dynamic equilibrium
      • 1102 The jargon of equilibrium
      • 1103 Equilibrium constants
    • 22 Evidence from spectroscopy >
      • 2200 Overview, preview
      • 2201 Spectroscopy: Quantization of energies
      • 2202 Light: Wave-particle "duality"
      • 2203 UV-Visible spectroscopy
      • 2204 Beer's law
    • 27 Communicating chemistry >
      • 2700 Overview, preview
      • 2703 The jargon we use
  • TOC
  • Index
  • Teachers' area
    • T01 Communicating chemistry
    • T02 Beer's law
    • T03 Professional amnesia of the chemistry teaching professio
    • T04 Law of equilibrium
    • T05 Visusalizing dynamic chemical equilibrium
  • Aha! Whatever
    • Playful dolphins
    • The University of Western Australia
    • Kings Park
  • Prof Bob?
    • Family
    • Travel
    • Perth
    • At work
  • Travelling
  • Contact
  • Blog
  • In four days for two days