• Introduction & Overview

• Different types of energy and how energy is transferred from one substance to another.

• Where does energy come from, and renewable and non-renewable energy sources of energy.

• Understanding all the different circuit symbols, and the difference between current, voltage, and resistance.

• The causes and effects of static electricity, and practical examples such as friction, induction, and its applications in everyday life.

• Physical changes of state, differences between solids, liquids, and gases, Heat Capacity, and Specific Latent Heat.

• Recap of the definition of atoms and isotopes to understand radioactive substances; the 3 different types of radiation – their uses and dangers.

• The processes by which atomic nuclei combine or split to release energy and more.

• Compilation of all necessary PDFs

• What forces are, how they are calculated, distance-time and velocity-time graphs, and stopping distances.

• Explains the concept of moments, including the calculation and application of moments, as well as an exploration of fluid pressure, its causes, effects, and how it relates to depth and the properties of fluids.

• Wave equation, the different types of waves, and the electromagnetic spectrum.

• Investigate other types of waves such as sound and seismic waves, the principles of lenses, including how they refract light and form images, as well as their practical applications in optics.

• The Motor Effect and Fleming’s Left Hand Rule.

• Examine the generator effect, including the principles behind electromagnetic induction, and investigate how transformers operate to change voltage levels in alternating current (AC) circuits.

• Fundamental concepts of space physics.

• Compilation of all necessary PDFs

• Key practical experiments required to be done in Physics will be illustrated here.

• Compilation of all necessary PDFs

• Introduction & Overview

• Atoms, Elements, Isotopes, Separating Techniques, and the Periodic Table.

• Properties, uses, and characteristics of transition elements.

• Ionic Bonding, Covalent Bonding, Metallic Bonding, Covalent Substances.

• Structure, properties, and applications of particles at the nanoscale.

• Moles and Mass Calculations (numerous examples and tips on how to always get them right).

• Concentration calculations involve determining the amount of solute in a solution.

• Defining acids, alkalis, pH scale. Reactions of different acids with metals, metal oxides, and metal carbonates. The practical of this topic, involving pure dry salts, will be seen in the last video.

• Separating compounds and half equations.

• Endothermic and Exothermic reactions, and calculations to find the overall energy change in a chemical reaction.

• Focuses on how cells and batteries work.

• Compilation of all necessary PDFs

• The rate (speed) of a chemical reaction.

• Rate of forward and backward reactions, state of equilibrium, and conditions to alter the rate of reaction.

• Understanding different types of hydrocarbons and fractional distillation of crude oil.

• Focuses on various organic compounds, along with their properties, uses, and reactions.

• Tests for four gases: oxygen, chlorine, carbon dioxide and hydrogen; Purity of water; Theory behind Chromatography.

• History of the Atmosphere, and why it has changed over time.

• Treatment of water, including waste water; Bioleaching; Phytomining (how we can find more copper).

• Focuses on the composition, production, and uses of NPK fertilisers, explaining how nitrogen, phosphorus, and potassium are essential for plant growth and agriculture.

• Compilation of all necessary PDFs

• Key practical experiments required to be done in Chemistry will be illustrated here.

• Compilation of all necessary PDFs

• Introduction & Overview

• Cell Structures, Microscopy, Cell Differentiation and Specialisation, Stem Cells, Diffusion, Osmosis, Active Transport.

• Explains the process of binary fission, how bacteria reproduce by dividing, and the factors that affect their growth rate.

• Lungs, including Exchange Surfaces such as alveoli, and Aerobic and Anaerobic Respiration.

• The Heart and how oxygen is transported around the body. The 3 different blood vessels, and the components of the blood.

• Mechanical and Chemical digestion, the 3 enzymes, the foods they digest, and the products of digestion.

• Communicable diseases, including specific illnesses that you must know, the body’s defences to pathogens, vaccinations and drug testing.

• Covers the production and applications of monoclonal antibodies, including their use in diagnosing diseases, treating illnesses, and their significance in research and medicine.

• Transpiration, guard cells, the basics of Photosynthesis, and how plants use glucose.

• Compilation of all necessary PDFs

• The Nervous System – Negative Feedback, how the body responds to environmental changes, the 3 different neurones, and reflex arcs.

• Hormones involved in ensuring our blood glucose levels, and how this process is affected for those with diabetes.

• Covers the mechanisms the body uses to regulate water content, including the roles of the kidneys and hormones such as ADH (antidiuretic hormone) in maintaining fluid balance.

• Specific animal hormones, particularly those in the menstrual cycle, their functions, and interactions.

• Explores various plant hormones, such as auxins, gibberellins, and ethylene, discussing their functions in growth, development, and responses to environmental stimuli.

• Nucleus contents, DNA instructions, sexual and asexual reproduction, Mitosis and Meiosis, genetic cross diagrams, and inheriting characteristics.

• Speciation, Extinction, Selective Breeding, Genetic Engineering and Classification.

• Biotic and Abiotic Factors, Food Chains, Biodiversity, Global Warming, and human impacts on the environment.

• Compilation of all necessary PDFs

• Key practical experiments required for Biology will be illustrated here.

• Compilation of all necessary PDFs

Congratulations!