This PowerPoint covers the entire Forces content for the AQA 9-1 GCSE course and has over 100 slides! It covers: vector and scalar quantities, contact and non-contact forces, weight and mass, weight being proportional to mass, centre of mass, resultant force and how it affects motion, drawing a resultant force using scale drawings, vector diagrams, work done, force and extension, the limit of proportionality, elastic and inelastic deformation, force and compression, turning moments, levers, gears, pressure in liquids and gases, calculating pressure, how and why pressure changes with depth, why objects float, atmospheric pressure, distance and displacement, speed and velocity, distance-time graphs, calculating acceleration, velocity-time graphs, acceleration due to gravity, terminal velocity, balanced and unbalanced forces, Newton’s Laws of Motion, F=ma, inertial mass, stopping distances, reaction times, momentum, conservation of momentum, change in momentum and force.

This PowerPoint covers the entire content for the NEW (draft) AQA Syllabus on Biology section 1 - Cell Biology. It covers: Plant and animal cells, eukaryotic and prokaryotic cells, bacteria, structures in a typical plant and animal cell, specialised cells, xylem and phloem, cell differentiation, microscopy, scanning electron microsopes, growing bacteria using agar plates, cell division, mitosis, stem cells, stem cell research, meristems, diffusion, diffusion in the lungs, single celled organisms, gas exchange in fish, how lungs are adapted for gas exchange, osmosis, active transport, root hair cells and how they are adapted, comparing diffusion, osmosis and active transport.

This PowerPoint covers all of the content from the (draft) NEW 2016 AQA syllabus for Chemistry topic 1 - Atomic Structure and the Periodic Table. It includes: the structure of the atom, elements, compounds, balancing equations, naming compounds, mixtures, filtration, evaporation, distillation, chromatography, the development of atomic structure theory, Rutherford scattering, mass and atomic number, isotopes, electron structure, the periodic table, how the periodic table has developed, properties of metals, the noble gases, the alkali metals, reactivity and properties of alkali metals, the halogens, reactivity and properties of the halogens, properties of the transition metals.

This is a PowerPoint slideshow that covers the 'Waves' topic from the new 2014 KS3 curriculum. It covers water waves, transverse and longitudinal waves, frequencies and speed of sound, auditory ranges, pressure waves, light waves, reflection and refraction, diffuse scattering and specular reflection, ray diagrams, pinhole cameras, how the eye works and colours of light.

This fully-editable PowerPoint covers the topic 5 - Energy Changes unit from the 2016 AQA Chemistry course. It covers: exothermic and endothermic reactions in terms of temperature changes, energy level diagrams, exothermic and endothermic reactions in terms of bond energies, using bond energies to calculate energy released in reactions, drawing bond energies on energy level diagrams, how cells and batteries work, metal potentials and reactivity, alkaline vs rechargeable batteries, hydrogen fuel cells, fuel cell equations, advantages of hydrogen fuel cells.

This is a PowerPoint slideshow that covers the Earth and Atmosphere topic from the updated 2014 KS3 course. It covers types of rock, how rocks are formed, examples of sedimentary, igneous and metamorphic rocks, the rock cycle, the composition of the atmosphere, availability of resources and the carbon cycle.

This fully-editable PowerPoint file covers the whole of B6 from the AQA 2016 Science (Biology) course. It covers: sexual reproduction, cell growth through mitosis, gamete formation through meiosis, mitosis and meiosis compared, sexual and asexual reproduction compared, examples of sexual and asexual reproduction in nature, genes, chromosomes and DNA, the Human Genome Project, DNA in more detail, making proteins using mRNA and ribosomes, mutations in DNA, proteins, mutations in DNA and how they affect proteins, the genetics of gender inheritance, definitions of genetics terms such as homozygous, heterozygous, dominant and recessive, the Punnett square method of determining inheritance, inherited diseases, genetic cross diagrams, variation, environmental differences in species, beneficial mutations, definition of "species", selective breeding, examples of selective breeding, basics of genetic engineering, genetic modification and how it is done, cloning plants, cloning animals, the Theory of Evolution, natural selection and how it works, controversy about Darwin's work, natural selection in bacteria and MRSA, Darwin's theories compared to Lamarck's, speciation, how geographical isolation can lead to speciation, the work of Gregor Mendel, evidence for evolution, fossils and how they are formed, extinct species and how they became extinct, using antibiotics sparingly, classification of organisms and the work of Linnaeus, the 5 kingdoms, common ancestors and the evolution tree.

A PowerPoint to help you teach the key terms and words from the 2011 AQA course such as the terms variables, calibration, accuracy, uncertainty, anomalous results, random errors, zero errors, systematic errors, repeatable and reproducible.

This PowerPoint file covers the 2016 EdExcel GCSE course in Physics topic 2 - Motion and Forces. It covers: vector and scalar quantities, calculating speed, distance-time graphs, acceleration, velocity-time graphs, different practical ways of measuring speed, acceleration due to gravity, approximate values for acceleration, balanced and unbalanced forces, Newton's 3 laws of motion, F=ma, calculating weight using mass, centripetal force, inertial mass, momentum, conservation of momentum, force and change in momentum, measuring reaction times, stopping distances, approximate values for force, graphs of stopping distances.

This PowerPoint helps cover some sections of the 2011 AQA Physics Unit 2 including: atomic structure, isotopes, radioactivity, background radiation, blocking radiation, uses of radioactivity such as tracers and treating cancer, half life, decay graphs, nuclear fission and fusion, the life cycle of a star

This PowerPoint covers the 2011 OCR 21st Century Radiation and Life (P2) unit, including: light, the electromagnetic spectrum, intensity, ionisation, dangers of mobile phones, using microwaves, protecting against radiation, global warming, using waves in communications.

A PowerPoint to help revise the following sections of the 2011 AQA Biology Unit 2 module: plant and animal cells, bacteria and yeast, specialised cells, diffusion, cell specialisation, tissue and organs, photosynthesis.

This slideshow covers the Waves topic from the 2016 AQA syllabus and includes: a wave as a movement of energy, transverse and longitudinal waves, definitions of amplitude, frequency and wavelength, the wave equation, drawing a wave on graph paper, measuring the speed of a wave, wavefronts, what happens when waves hit a boundary, reflection, sound waves and how they travel, converting sound to vibrations in the ear or a microphone, echo sounding, ultrasound, earthquakes, using seismic waves to investigate the structure of the Earth, electromagnetic waves, the electromagnetic spectrum, refraction, drawing wavefronts during refraction, using radio waves, harmful radiation and causing mutations or cancer, transmitting signals using radio waves or microwaves, using infra red, uses and dangers of different electromagnetic waves, convex and concave lenses, drawing ray diagrams for lenses, finding the focal length of a lens, calculating the magnification of a lens, specular and diffuse reflection, how filters work, seeing coloured objects in different colours of light, translucent vs transparent, blackbody radiation, colour and temperature, emitting and absorbing radiation, factors that affect the temperature of the Earth.

This slideshow helps cover the following parts of the EdExcel Physics Unit P1 - electric circuits, fuels, power stations, sources of energy, biofuels, solar, geothermal, electromagnetic induction, AC generators, the National Grid, transformers, the cost of electricity.

This PowerPoint covers the 2011 OCR 21st Century Material Choices (C2) unit, including properties of materials. crude oil, chemical formulae, fractional distillation, polymers, plastics, nanotechnology.

This PowerPoint helps cover the following sections of the 2011 AQA Chemistry 1 unit: crude oil, distillation, alkanes and alkenes, polymerisation, cooking oils, emulsions, the Earth's structure, plate movements, the evolution of the atmosphere.

This PowerPoint helps cover the following sections of the 2011 OCR Gateway Unit P1 (Energy for the Home) module: sending signals, reflection, lasers, radiation, microwaves, passing signals through the atmosphere, mobile phones, analogue and digital signals, wireless communication.

This PowerPoint (over 100 slides!) covers the entire content from the EdExcel 2015 A Level Physics - Mechanics unit (topic 2). It includes: motion under constant acceleration, distance and speed-time graphs, equations of motion, vector and scalar quantities, vectors, resolving vectors, falling under gravity, projectile motion, Newton's Laws of Motion, free body force diagrams, momentum, conservation of momentum in collisions and explosions, impulse, turning moments, the principle of moments, kinetic energy, gravitational potential energy, work done, conservation of energy, power and efficiency.

This PowerPoint helps cover the following parts of the 2011 EdExcel Biology Unit B1 including: classification, adaptation, evolution, natural selection, monohybrid inheritance, inherited diseases, family pedigree charts.

This PowerPoint helps cover the following parts of the 2011 EdExcel unit C1: fuels, hydrocarbons, fractional distillation, combustion of fuels, carbon dioxide, energy from fuels, alkenes and alkanes, polymerisation.

This PowerPoint uses PowerPoint animation effects to explain most of the content GCSE students need to know for rates of reaction and collision theory, including: how to practically measure the rate of a reaction, rates of reaction graphs, how to calculate the rate of a reaction, collision theory and its basic ideas, the effect of changing tenperature, concentration and surface area on the rate of a reaction and an explanation of each effect, a brief summary of catalysts.