All Resources By Subject
Physical and Inorganic Chemistry - PI5.2 - Acid base equilibria - Blended learning
Physical and Inorganic Chemistry - PI5.2 - Acid base equilibria - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C3.4 - Alcohols and carboxylic acids - Blended learning
Core Ideas, Principles and Concepts - C3.4 - Alcohols and carboxylic acids - Blended learning
Chemistry
Organic Chemistry and Analysis - OA2.1 - Alcohols and phenols - Blended learning
Organic Chemistry and Analysis - OA2.1 - Alcohols and phenols - Blended learning
Chemistry
Organic Chemistry and Analysis - OA1.1 - Stereoisomerism - Blended learning
Organic Chemistry and Analysis - OA1.1 - Stereoisomerism - Blended learning
Chemistry
Physical and Inorganic Chemistry - PI1.2 - Redox reactions - Blended learning
Physical and Inorganic Chemistry - PI1.2 - Redox reactions - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C3.5 - Instrumental analysis - Blended learning
Core Ideas, Principles and Concepts - C3.5 - Instrumental analysis - Blended learning
Chemistry
Organic Chemistry and Analysis - OA1.2 - Aromaticity - Blended learning
Organic Chemistry and Analysis - OA1.2 - Aromaticity - Blended learning
Chemistry
Physical and Inorganic Chemistry - PI4.1 - Enthalpy changes for solids and solutions - Blended learning
Physical and Inorganic Chemistry - PI4.1 - Enthalpy changes for solids and solutions - Blended learning
Chemistry
Physical and Inorganic Chemistry - PI2.2 - Chemistry of the d-block transition metals - Blended learning
Physical and Inorganic Chemistry - PI2.2 - Chemistry of the d-block transition metals - Blended learning
Chemistry
Physical and Inorganic Chemistry - PI3 - Chemical kinetics - Blended learning
Physical and Inorganic Chemistry - PI3 - Chemical kinetics - Blended learning
Chemistry
Organic Chemistry and Analysis - OA2.3 - Carboxylic acids and their derivatives - Blended learning
Organic Chemistry and Analysis - OA2.3 - Carboxylic acids and their derivatives - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C3.1 - Organic compounds - Blended learning
Core Ideas, Principles and Concepts - C3.1 - Organic compounds - Blended learning
Chemistry
Physical and Inorganic Chemistry - PI2.1 - Chemistry of the p-block - Blended learning
Physical and Inorganic Chemistry - PI2.1 - Chemistry of the p-block - Blended learning
Chemistry
Physical and Inorganic Chemistry - PI4.2 - Entropy and feasibility of reactions - Blended learning
Physical and Inorganic Chemistry - PI4.2 - Entropy and feasibility of reactions - Blended learning
Chemistry
Physical and Inorganic Chemistry - PI1.1 - Redox and standard electrode potential - Blended learning
Physical and Inorganic Chemistry - PI1.1 - Redox and standard electrode potential - Blended learning
Chemistry
Organic Chemistry and Analysis - OA2.2 - Aldehydes and ketones - Blended learning
Organic Chemistry and Analysis - OA2.2 - Aldehydes and ketones - Blended learning
Chemistry
Physical and Inorganic Chemistry - PI5.1 - Equilibrium constants - Blended learning
Physical and Inorganic Chemistry - PI5.1 - Equilibrium constants - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C3.3 - Halogenoalkanes - Blended learning  
Core Ideas, Principles and Concepts - C3.3 - Halogenoalkanes - Blended learning 
Chemistry
Organic Chemistry and Analysis - OA4 - Organic synthesis and analysis - Blended learning
Organic Chemistry and Analysis - OA4 - Organic synthesis and analysis - Blended learning
Chemistry
Organic Chemistry and Analysis - OA3.1 - Amines - Blended learning
Organic Chemistry and Analysis - OA3.1 - Amines - Blended learning
Chemistry
Organic Chemistry and Analysis - OA3.2 - Amino acids, peptides and proteins - Blended learning
Organic Chemistry and Analysis - OA3.2 - Amino acids, peptides and proteins - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C3.2 - Hydrocarbons - Blended learning
Core Ideas, Principles and Concepts - C3.2 - Hydrocarbons - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C2.3 - Rates of reaction - Blended learning
Core Ideas, Principles and Concepts - C2.3 - Rates of reaction - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C2.4 - The wider impact of chemistry - Blended learning
Core Ideas, Principles and Concepts - C2.4 - The wider impact of chemistry - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C2.1 - Simple equilibria and acid-base reactions - Blended learning
Core Ideas, Principles and Concepts - C2.1 - Simple equilibria and acid-base reactions - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C2.2 - Thermochemistry - Blended learning
Core Ideas, Principles and Concepts - C2.2 - Thermochemistry - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C1.6 - The Periodic Table - Blended learning
Core Ideas, Principles and Concepts - C1.6 - The Periodic Table - Blended learning
Chemistry
Core Ideas, Principles and Concepts - C1.5 - Solid structures - Blended learning
Core Ideas, Principles and Concepts - C1.5 - Solid structures - Blended learning
Chemistry
Component 1 Chemical calculations - Blended learning
Component 1 Chemical calculations - Blended learning
Chemistry
Component 1 Bonding - Blended learning
Component 1 Bonding - Blended learning
Chemistry
Component 1 Basic ideas about atoms - Blended learning
Component 1 Basic ideas about atoms - Blended learning
Chemistry
Component 1 Formulae and equations - Blended learning
Component 1 Formulae and equations - Blended learning
Chemistry
Exam walk through - AS/A Level Chemistry
Exam walk through - AS/A Level Chemistry
Chemistry
A level Chemistry knowledge organisers
A level Chemistry knowledge organisers
Chemistry
Thinking Tools
Thinking Tools
Chemistry
Nuclear Magnetic Resonance (NMR)
Nuclear Magnetic Resonance (NMR)
Chemistry
Text tools
Text tools
Chemistry