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What's in a Medicine	The Steel Story	Designer Polymers	Engineering Proteins	Aspects of Agriculture
Carboxylic Acids and their Derivatives The OH group Investigating the chemistry of the OH group Practical Techniques Esters Mass Spectrometry Infrared Spectroscopy Identifying the Drug in Willow Bark The Synthesis of Salicylic acid and Aspirin Development and safety testing of Medicines	Iron Extraction and the BOS Process Composition of Steel Alloying Steel Rust Recycling Steel Predicting the direction of Redox Reactions Electrochemical Cells d-Block Elements Physical Properties of Transition Metals Variable Oxidation States of Transition Metals Complex Formation Colour of Transition Metals Catalytic activity of Transition Metals	Organic Acids Esters The Amines and Amides Condensation Polymers Properties of Polymers The Disposal and Recyclcing of Polymers Purifying a solid compound	Carboxylic acid derivates and their reactions Amino Acids Proteins How Cells make Proteins Genetic Engineering Enzymes Nuclear Magnetic Resonance Spectroscopy Stereo Isomerism Dynamic Equilibrium and Equilibrium Constants Rates of Chemical Reactions	The Nitrogen Cycle Inorganic Fertilisers Pesticides Reaction rates, Temperature and Catalysis Equilibria and Partial Pressures Partition Equilibria Group V and Nitrogen Bonding Structure and Properties

Colour by Design	The Ocean
Monstral blue Chrome Yellow Properties of Pigments Identifying Pigments Oils and Fats Synthetic Dyes How dyes attach themselves to fabric Ultraviolet and Visible Spectroscopy Gas liquid chromatography Benzene and the Arenes Reactions of the Arenes Azo compounds The chemistry of colour	The Ocean and Storing Carbon Dioxide The Ocean and Climate Ions in Solutions Solubility Products Energy changes in solutions Born-Haber Cycles Energy and Entropy Entropy and the Second Law of Thermodynamics Entropy and Equilibrium Acids and Bases Buffer solutions