Microchemistry 1

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Table of Contents

Microchemistry 1

Disclaimer/Acknowledgement i

Microchemistry Equipment 1

Microchemistry Disposal Procedure 3

Chemical List 5

Experiments

Physical Properties

Density and Specific Gravity 7

Micro-melting Point 9

Micro-boiling Point 11

Bonding

Conductivity and Bonding 13

Reactivity

A Study of the Types of Reactions 17

Reaction of Calcium nitrate and Sodium oxalate 19

Reaction of Lead nitrate and Sodium iodide 21

Periodicity and Chemical Reactivity 23

Gases

Avogadro's Number 27

Boyle's Law 31

The Gas Laws - Charles' Law 33

Rates of Reaction

Catalysis 37

Rate of a Chemical Reaction 41

Rate of Reaction Between Thiosulfate and Hydrogen Ions 43

Equilibrium

Equilibrium System with Cobalt chloride 47

Calculation of the Solubility Product Constant of a Salt 49

Equilibrium - Calculation of an Equilibrium Constant 51

Colligative Properties 55

Acids, Bases and Salts

Indicators and pH 59

A Micro Acid/Base Titration 61

A Quantitative Titration 65

Oxidation/Reduction

Redox - An Introduction 69

Electrolysis 71

Organic

Chemical Reactions of Some Organic Compounds 73

Aspirin Purity 75

Teacher's Edition

Density and Specific Gravity 79

Micro-melting Point 81

Micro-boiling Point 83

Conductivity and Bonding 85

A Study of the Types of Reactions 87

Reaction of Calcium nitrate and Sodium oxalate 95

Reaction of Lead nitrate and Sodium iodide 97

Periodicity and Chemical Reactivity 99

Avogadro's Number 103

Boyle's Law 105

The Gas Laws - Charles' Law 109

Catalysis 111

Rate of a Chemical Reaction 115

Rate of Reaction Between Thiosulfate and Hydrogen Ions 117

Equilibrium System with Cobalt chloride 123

Calculation of the Solubility Product Constant of a Salt 127

Equilibrium - Calculation of an Equilibrium Constant 131

Colligative Properties 133

Indicators and pH 135

A Micro Acid/Base Titration 139

A Quantitative Titration 143

Redox - An Introduction 145

Electrolysis 147

Chemical Reactions of Some Organic Compounds 151

Aspirin Purity 155