CAPE Chemistry Dashboard – Nexus Tutoring

Welcome to our C.A.P.E Chemistry Course!

Step into the lab of ideas, reactions, and discoveries! This course dives deeper into the world of organic, physical, and inorganic chemistry, helping you understand how matter behaves and why chemical reactions shape everything around us. With clear lessons, practical problem-solving, and exam-style practice, you’ll gain the skills and confidence to master even the toughest concepts. Get ready to experiment with knowledge and unlock the science behind everyday life!

Select by Topic:

1. Atomic structure and the periodic table

2. Forces of attraction / chemical bonding, intermolecular forces

3. The mole concept

4. Redox reactions and oxidation states

5. Kinetic theory

6. Energetics (enthalpy, thermochemistry, energy changes in reactions)

1. Rates of reaction (factors affecting rate, rate laws, reaction kinetics)

2. Principles of chemical equilibrium (dynamic equilibrium, Le Chatelier’s principle)

3. Acid/base equilibria, pH, pKa/pKb, strength of acids and bases

4. Buffers and pH regulation, buffer calculations

5. Solubility product and solubility equilibria

6. Redox equilibria (redox in equilibrium context)

1. The chemistry of Period 3 elements

2. Group II elements (their chemistry, properties, trends)

3. Group IV elements (chemistry and compounds)

4. Group VII elements (halogens, their properties and reactivity)

5. First-row transition elements

6. Analytical identification of cations and anions

1. Organic chemistry

2. Functional groups and their reactivity (e.g. alcohols, carboxylic acids, amines)

3. Polymerisation and macromolecules, including plastics and natural polymers

4. Acid-base properties of organic compounds

1. Qualitative and quantitative analytical methods (titrations, volumetric and gravimetric analysis)

2. Experimental techniques for separation & purification

3. Use of instrumentation or practical chemistry methods for analysis (as appropriate)

Welcome to our C.A.P.E Chemistry Course!

1. Atomic structure and the periodic table

2. Forces of attraction / chemical bonding, intermolecular forces

3. The mole concept

4. Redox reactions and oxidation states

5. Kinetic theory

6. Energetics (enthalpy, thermochemistry, energy changes in reactions)

1. Rates of reaction (factors affecting rate, rate laws, reaction kinetics)

2. Principles of chemical equilibrium (dynamic equilibrium, Le Chatelier’s principle)

3. Acid/base equilibria, pH, pKa/pKb, strength of acids and bases

4. Buffers and pH regulation, buffer calculations

5. Solubility product and solubility equilibria

6. Redox equilibria (redox in equilibrium context)

1. The chemistry of Period 3 elements

2. Group II elements (their chemistry, properties, trends)

3. Group IV elements (chemistry and compounds)

4. Group VII elements (halogens, their properties and reactivity)

5. First-row transition elements

6. Analytical identification of cations and anions

1. Organic chemistry

2. Functional groups and their reactivity (e.g. alcohols, carboxylic acids, amines)

3. Polymerisation and macromolecules, including plastics and natural polymers

4. Acid-base properties of organic compounds

1. Qualitative and quantitative analytical methods (titrations, volumetric and gravimetric analysis)

2. Experimental techniques for separation & purification

3. Use of instrumentation or practical chemistry methods for analysis (as appropriate)

4. Acid-base properties of organic compounds

1. Industrial applications of chemistry

2. Environmental chemistry

3. Ethical and societal aspects of chemistry

4. Acid-base properties of organic compounds