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Prepare for the general conversation part of the Speaking exam. This deck provides key phrases and vocabulary covering all twelve GCSE topics, helping you build answers using varied tenses and opinions.
Develop the skills needed for the AQA Speaking exam photo card task. Learn how to describe a photo, answer the follow-up questions, and structure your responses to include opinions and different tenses.
Master the AQA Speaking exam role-play task. Learn key transactional phrases, how to respond to prompts, how to ask a question, and strategies for dealing with unexpected elements.
This deck covers the formation and use of the present subjunctive in Spanish, a key topic for AQA GCSE Higher Tier candidates. You'll learn how to form the subjunctive for regular and irregular verbs, and when to use it with expressions of will, emotion, doubt, and more (WEIRDO).
Learn to form and use commands (imperatives) for 'tú' and 'ustedes' in both positive and negative forms. This deck also covers forming the gerund ('-ando' / '-iendo') and using it with the verb 'estar' to describe actions in progress, a key skill for the AQA GCSE Spanish exam.
Learn and memorise the essential AQA vocabulary for discussing part-time jobs, work experience, career ambitions, and what is important in a job.
Learn the essential AQA GCSE Spanish vocabulary for discussing post-16 options like A-levels, university, and apprenticeships. This deck covers key terms for plans, advantages, disadvantages, and using the future tense to express intentions.
Learn and memorise the essential AQA vocabulary for describing your school, the school day, rules, uniform, and pressures or problems.
Learn and memorise the essential AQA vocabulary for talking about school subjects, teachers, opinions on subjects, and what you do in different lessons.
Learn to form and use the present perfect tense (e.g., 'he hablado') to talk about recent past events, and the pluperfect tense (e.g., 'había hablado') to talk about what had happened before another past event. Covers 'haber' and past participles.
Learn to form and use the simple future tense (e.g., 'hablaré') and the conditional tense (e.g., 'hablaría'), including regular forms and common irregular stems (e.g., 'tendr-', 'podr-', 'har-').
Learn and memorise the essential AQA vocabulary for talking about holidays, destinations, transport, accommodation, and typical holiday activities.
Learn the essential AQA GCSE Spanish vocabulary for discussing global issues. This deck covers key terms for environmental problems like pollution and climate change, solutions like recycling, and social issues such as poverty and unemployment.
This deck covers the essential AQA GCSE Spanish vocabulary for Theme 2, focusing on social issues. You'll learn words and phrases to discuss healthy living, charity work, and major social problems like poverty and homelessness, enabling you to express your opinions on these topics.
Learn and memorise the essential AQA vocabulary for describing your house, your room, your town, and your region, including amenities and what there is to do.
Learn to form and use the imperfect tense to describe ongoing or habitual past actions, descriptions, and settings. This deck covers regular conjugations and the three irregular verbs (ser, ir, ver).
Learn to form and use the preterite tense to talk about completed past actions. This deck covers regular -ar, -er, and -ir verbs, and the key irregular verbs (e.g., ser, ir, dar, ver, hacer, tener, estar).
Learn and memorise the essential AQA vocabulary for describing customs, traditions, and festivals in Spanish-speaking countries, including food, activities, and key dates.
Learn and memorise the essential AQA vocabulary for talking about hobbies, music, cinema, TV, food, eating out, and sports.
Learn and memorise the essential AQA vocabulary related to technology, including social media, mobile phones, the internet, and their advantages and disadvantages.
Learn and memorise the essential AQA vocabulary for describing yourself, family members, friends, relationships, and personal characteristics.
Learn to use subject pronouns, direct and indirect object pronouns (me, te, lo, la, le, etc.), reflexive pronouns (me, te, se, etc.), and possessive pronouns (mío, tuyo, etc.).
Learn the present tense conjugations of the most important irregular verbs in Spanish: 'ser', 'estar', 'tener', 'ir', and 'hacer'. This deck covers their forms, the key difference between 'ser' and 'estar', and how to use them in essential sentences.
Master the conjugation of regular -ar, -er, and -ir verbs in the present tense for all subject pronouns (yo, tú, él/ella/usted, nosotros/as, vosotros/as, ellos/ellas/ustedes).
Learn how to make adjectives agree with nouns in gender and number, their typical position in a sentence, and how to form basic comparative and superlative statements in Spanish.
Learn the rules for noun gender (masculine/feminine), how to form plurals, and how to use definite (el, la, los, las) and indefinite (un, una, unos, unas) articles correctly.
Drill key definitions for trusts, inheritance tax, wills, capacity, and pensions.
Audio-friendly flashcards covering key risks, bond theory, portfolio concepts, ETFs, pensions, and legal structures from items 501 to 600.
Audio‑friendly versions of flashcards 401 to 500 on investment risk, funds, and bonds.
Audio flashcards covering VCT, EIS, SEIS, ISAs, CTFs, JISAs, annuities and derivatives.
Audio flashcards covering bond taxation, exchange‑traded products, property vehicles, REITs and private equity schemes.
Audio flashcards covering life assurance-based investments, with-profits, unit-linked funds, bonds, and their tax treatment.
Audio-friendly drill deck covering collective investments, UCITS, unit trusts, OEICs, offshore and investment trusts, based strictly on the provided content.
Drill the main types of investment risk and related concepts, based strictly on the provided content.
Covers the sustainable use of Earth's resources, including the difference between finite and renewable resources, water treatment, Life Cycle Assessments (LCAs), and Required Practical 6 (Analysis and Purification of Water Samples).
This deck covers the key concepts of magnetism and electromagnetism for the AQA Combined Science: Trilogy specification. It includes the poles of a magnet, magnetic fields, how to plot a magnetic field, the magnetic effect of a current, electromagnets (solenoids), and a qualitative description of the motor effect.
This deck covers the properties and behaviour of waves for the AQA Combined Science: Trilogy specification. It includes the distinction between transverse and longitudinal waves, wave properties (amplitude, wavelength, frequency), the wave speed equation, reflection, sound waves, and the full electromagnetic spectrum with its properties, uses, and dangers. This deck includes Required Practical 7 (Measuring Waves).
Explores the composition of the Earth's current atmosphere and theories about its evolution. This deck covers the greenhouse effect, the roles of greenhouse gases like carbon dioxide and methane, and the link between human activities and climate change. It also discusses the concept of a carbon footprint and ways to reduce it, as well as the formation and environmental impact of atmospheric pollutants from combustion, such as carbon monoxide, sulfur dioxide, and oxides of nitrogen.
This deck covers forces and motion as required by the AQA Combined Science: Trilogy specification. It includes scalar and vector quantities, contact and non-contact forces, gravity and weight, resultant forces, forces and elasticity (Hooke's Law), and the analysis of motion using distance-time and velocity-time graphs. It also covers Newton's First and Second Laws. This deck includes Required Practical 5 (Force and Extension) and Required Practical 6 (Force, Mass, and Acceleration).
Covers the techniques used to identify substances. This deck defines pure substances and formulations. It details the method of paper chromatography, including the calculation of Rf values. It also provides the chemical tests required to identify hydrogen, oxygen, carbon dioxide, and chlorine gases. Finally, it covers the flame tests and precipitate tests used to identify specific metal ions, and the tests for carbonate, halide, and sulfate ions. This deck includes Required Practical 5 (Paper Chromatography).
This deck covers atomic structure and radioactivity for the AQA Combined Science: Trilogy specification. It includes the structure of the atom, atomic and mass numbers, isotopes, the historical development of the atomic model, the properties of alpha, beta, and gamma radiation, nuclear equations, half-life, and the distinction between irradiation and contamination.
Introduces the chemistry of carbon compounds derived from crude oil. This deck covers hydrocarbons, the process of fractional distillation to separate crude oil, and the properties of the first four alkanes. It explains the process of cracking to produce more useful hydrocarbons, including alkenes. The properties and reactions of alkenes, including the test for unsaturation using bromine water, are also covered as required by the AQA Combined Science Trilogy specification.
This deck explains the particle model of matter for solids, liquids, and gases as required by the AQA Combined Science: Trilogy specification. It covers density, internal energy, changes of state, specific latent heat, and the relationship between the temperature and pressure of a gas at constant volume. This deck includes Required Practical 4 (Density).
Explores the factors that control the speed of chemical reactions, including temperature, concentration, pressure, and surface area, as well as the role of catalysts. The deck explains these effects using collision theory. It also covers reversible reactions and the concept of dynamic equilibrium, including how changes in conditions (temperature, pressure, concentration) can shift the position of equilibrium. This deck includes Required Practical 4 (Investigating How Concentration Affects Reaction Rate).
This deck covers the core concepts of electricity for AQA Combined Science: Trilogy. It includes circuit symbols, the definitions and relationships between current, potential difference, and resistance (Ohm's Law), and the rules for series and parallel circuits. It also covers the current-voltage characteristics of key components, domestic electricity safety (mains, plugs, fuses), and electrical power. This deck includes Required Practical 2 (Resistance) and Required Practical 3 (I-V Characteristics).
Focuses on energy changes in chemical reactions. This deck defines and provides examples of exothermic and endothermic reactions. It introduces reaction profiles, explaining how to interpret and label the activation energy and the overall energy change (enthalpy change) for both types of reaction. This deck also covers Required Practical 3 (Investigating Temperature Changes in Reacting Solutions).
This deck covers the fundamental principles of energy as required by the AQA Combined Science: Trilogy specification. It includes the 8 energy stores and 4 transfer pathways, the principle of conservation of energy, calculations for work done, power, and efficiency, and concepts of thermal energy including specific heat capacity. It also covers national and global energy resources. This deck includes Required Practical 1 (Specific Heat Capacity) and Required Practical 8 (Infrared Radiation).
Covers the reactivity of metals, including the reactivity series, displacement reactions, and the extraction of metals using carbon. It details the reactions of acids with metals, metal oxides, hydroxides, and carbonates. The deck explains the pH scale, neutralisation, and the distinction between strong and weak acids. It also covers the principles of electrolysis for molten ionic compounds and aqueous solutions. This deck includes Required Practical 1 (Making a Soluble Salt) and Required Practical 2 (Electrolysis of Aqueous Solutions).
Introduces the quantitative aspects of chemistry as required for the AQA Combined Science Trilogy specification. This deck covers calculating relative formula mass (Mr), the law of conservation of mass, and balancing simple chemical equations. It introduces the concept of the mole in relation to mass and Mr, and covers calculations for the concentration of solutions in grams per cubic decimetre. It also provides a conceptual understanding of limiting reactants.
Explores the three main types of chemical bonding: ionic, covalent, and metallic. This deck explains how to represent bonding and links the type of bonding and structure to the physical properties of substances. It covers ionic compounds, simple molecules, giant covalent structures (including diamond, graphite, graphene, and silicon dioxide), fullerenes, metals, and alloys. This deck strictly adheres to the AQA Combined Science Trilogy specification.
Covers the fundamental concepts of atomic structure, including the historical development of the atomic model, subatomic particles (protons, neutrons, electrons), atomic number, mass number, and isotopes. It details electron configuration for the first 20 elements and explores the structure and development of the periodic table, focusing on the properties and trends of Group 1 (alkali metals), Group 7 (halogens), and Group 0 (noble gases) as required for the AQA Combined Science Trilogy specification.
This deck covers the interactions between organisms and their environment. It defines key ecological terms and explores interdependence, competition, and abiotic and biotic factors affecting communities. It covers structural, behavioural, and functional adaptations of organisms. The deck details how to interpret food chains and predator-prey cycles, and describes the carbon and water cycles. It also covers biodiversity and the impact of human activity on the environment, including waste, deforestation, and global warming. The deck includes the required practical on using sampling techniques (quadrats and transects) to investigate species distribution.
This deck covers the principles of genetics and evolution. It compares sexual and asexual reproduction, explains meiosis, and introduces key genetic terminology. It also covers Punnett squares, variation, natural selection, selective breeding, and the evidence for evolution.
This deck covers the principles of homeostasis and how organisms respond to their environment. It details the structure and function of the human nervous system, including the reflex arc. It also covers the endocrine system, focusing on the control of blood glucose by insulin and the causes of Type 1 and Type 2 diabetes. The deck explains the roles of hormones in the menstrual cycle and the principles of contraception. It adheres to the Combined Science specification, excluding detailed content on the brain, eye, kidney, and control of body temperature. The deck includes the required practical on investigating the effect of a factor on human reaction time.
This deck focuses on the key processes of photosynthesis and respiration. It covers the word and balanced symbol equations for photosynthesis, and the concept of limiting factors (light, temperature, CO2 concentration). It details aerobic and anaerobic respiration in animals and plants (including fermentation in yeast), comparing the two processes. The deck also explains the body's response to exercise, including increased heart and breathing rate, and the concept of oxygen debt. It includes the required practical investigating the effect of light intensity on the rate of photosynthesis.
This deck covers how communicable diseases are caused by pathogens and spread. It explains the body's defence systems, vaccination, and the use of medicines like antibiotics, including the challenge of antibiotic resistance.
This deck explores how cells are organised into tissues, organs, and organ systems. It covers the human digestive, circulatory, and respiratory systems, including the role of enzymes and gas exchange. It also covers plant organisation and two required practicals: food tests and the effect of pH on amylase activity.
This deck covers the fundamental concepts of cell biology for AQA GCSE Combined Science. It includes the structure and function of eukaryotic and prokaryotic cells, cell specialisation, microscopy, transport across cell membranes, and the cell cycle. It also covers the required practicals for using a light microscope and investigating osmosis in plant tissue.
Covers all content from Topic 2.5 of the Edexcel GCSE Business specification. This includes organisational structures (hierarchical vs. flat), the processes for effective recruitment and selection, methods and benefits of training and development, and financial and non-financial methods of motivation.
Learn to calculate and interpret key financial data for GCSE Business. This deck covers Gross Profit, Net Profit, Gross Profit Margin, Net Profit Margin, and Average Rate of Return, equipping you with the essential skills to analyse business performance and investment viability.
This deck covers all key aspects of making operational decisions, as required by Topic 2.3 of the Edexcel GCSE Business specification. You will learn about production processes, how to work with suppliers, methods for managing quality, and the importance of the sales process and customer service.
Covers all content from Topic 2.2 of the Edexcel GCSE Business specification. This includes the four elements of the marketing mix: Product (including the product life cycle), Price (pricing strategies), Promotion (promotional methods), and Place (distribution channels), and how they are used together to make business decisions.
This deck covers the external factors that can impact a business. You will learn about stakeholders and their objectives, the effects of technology and legislation, and how economic changes like interest rates and inflation create opportunities and threats for small businesses.
Covers all content from Topic 2.1 of the Edexcel GCSE Business specification. This includes methods of business growth (internal and external), how and why business aims and objectives change, the impact of globalisation on businesses, and the role of ethics and the environment in business decisions.
Learn the essential decisions for running a small business. This deck covers business ownership, location factors, the 4 Ps of the marketing mix, business plans, and how to calculate break-even and margin of safety.
This deck covers the essential financial knowledge for starting a business. You'll learn about setting aims and objectives, calculating revenue, costs, and profit, managing cash flow, and choosing the right sources of finance. Mastering these topics is crucial for your GCSE Business exam.
Focuses on how businesses identify and understand customer needs. Covers the purpose and methods of market research, including primary (surveys, focus groups) and secondary (internet research, market reports) research. Explains the use of qualitative and quantitative data. Defines market segmentation and its benefits. Analyses the competitive environment, including identifying competitors and understanding their strengths and weaknesses.
Covers the corrosion of metals, specifically the rusting of iron, and methods of prevention. It also explores the properties and uses of alloys, ceramics, polymers, and composites.
Covers the dynamic nature of business, including how new ideas arise and adapt to change. Explores the concepts of risk and reward for entrepreneurs, focusing on financial risks like lack of security and business failure, and rewards like profit and independence. Defines the role of business enterprise in producing goods, providing services, and adding value.
Covers the use of Earth's resources and sustainable development, the principles of Life Cycle Assessments (LCAs) to assess environmental impact, methods for reducing resource use (reduce, reuse, recycle), and alternative methods of metal extraction like phytomining and bioleaching.
Covers the importance of potable water, methods for producing it from fresh and salt water (desalination), and the stages of waste water treatment. Includes the required practical on the analysis and purification of water samples.
Covers greenhouse gases and their role in maintaining Earth's temperature, the link between human activities and enhanced global warming, the potential consequences of climate change, and the formation and effects of common atmospheric pollutants from burning fuels.
Covers the composition of the modern atmosphere and theories about the evolution of the Earth's early atmosphere. This includes the role of volcanoes, the formation of oceans, and the increase in oxygen and decrease in carbon dioxide due to photosynthesis.
Covers chemical tests for metal cations using sodium hydroxide to form precipitates, and tests for anions including carbonates, halides, and sulfates. Includes the required practical on using these tests to identify the ions in an unknown single ionic compound.
Covers the standard laboratory tests to identify common gases (hydrogen, oxygen, carbon dioxide, chlorine) and the use of flame tests to identify common metal cations (lithium, sodium, potassium, calcium, copper).
Covers the chemical definitions of pure substances and mixtures, the concept of formulations, and the technique of paper chromatography. Includes the required practical on using chromatography to separate mixtures and calculating Rf values.
Covers the method for investigating variables that affect temperature changes in reacting solutions, such as neutralisation. Includes how to measure temperature change accurately and reduce heat loss.
Covers the structure of naturally occurring polymers, including amino acids forming proteins (polypeptides), and the basic structure of DNA as a polymer made from four different nucleotide monomers.
Covers the method for investigating the products of electrolysing different aqueous solutions using inert electrodes. Includes how to set up the apparatus, collect and test any gases produced, and observe changes.
Learn the method for the required practical on titration. This deck covers the correct use of a pipette and burette, the role of indicators, how to obtain accurate and reliable results, and the calculations needed to determine the concentration of a solution.
Covers the formation of polymers through addition and condensation polymerisation. This includes drawing repeating units for addition polymers and understanding the formation of polyesters and polyamides (Higher Tier only) through condensation polymerisation.
Covers the method for preparing a pure, dry sample of a soluble salt from an insoluble base or carbonate. Includes the reasons for each step, such as using an excess of the base, filtration, and crystallisation.
Covers the characteristic reactions of alkenes, alcohols, and carboxylic acids. This includes the addition reactions of alkenes with hydrogen, halogens, and water (steam), the combustion and oxidation of alcohols, and the reactions of carboxylic acids as weak acids.
Explains how a simple chemical cell is made and how voltage depends on the metals used. Covers the operation of a hydrogen fuel cell, including the reactions at the electrodes and its advantages and disadvantages.
Covers the fundamentals of organic chemistry, including crude oil as a source of hydrocarbons, the process of fractional distillation, the properties of alkanes, and the process of cracking to produce more useful alkanes and alkenes.
Defines exothermic and endothermic reactions. Covers the interpretation of reaction profiles, including activation energy. Includes calculating overall energy change from bond energies (Higher Tier).
Covers reversible reactions, dynamic equilibrium, and Le Chatelier's principle. This includes explaining the concept of equilibrium in a closed system and predicting how changes in temperature, pressure, and concentration will affect the position of equilibrium.
Explains the process of electrolysis, including key terms. Covers the prediction of products from the electrolysis of molten ionic compounds and aqueous solutions. Includes writing half equations for reactions at the electrodes (Higher Tier).
Covers all AQA specification points on rates of reaction, including how to calculate them from graphs, the factors that affect them (concentration, pressure, temperature, surface area, catalysts), and how to explain these effects using collision theory. Includes the required practical on investigating the effect of concentration on reaction rate.
Covers the reactions of acids with metals, metal oxides, metal hydroxides, and metal carbonates to produce salts. Includes the pH scale, neutralisation, and the definition of strong and weak acids in terms of ionisation for Higher Tier students.
Covers the reactivity series of metals, including their reactions with acid and water. Explains displacement reactions and the extraction of metals. Defines oxidation and reduction in terms of both oxygen and electrons (OILRIG).
Covers calculating concentration in moles per decimetre cubed and converting between mol/dm³ and g/dm³. Also covers calculations involving the volume of gases, using the molar gas volume.
Covers how to calculate the concentration of a solution in grams per decimetre cubed. Introduces and explains how to calculate percentage yield and atom economy for a chemical reaction.
Introduces the mole as a unit for the amount of substance. Covers calculations using mass, Mr, and moles. Explains how to use moles to balance equations and determine the limiting reactant in a reaction.
Covers the law of conservation of mass, balancing simple symbol equations, and calculating relative formula mass (Mr). Explains apparent mass changes in non-enclosed systems involving gases.
Covers the structure and properties of diamond, graphite, graphene, and fullerenes. Also introduces nanoparticles, their properties based on a high surface area to volume ratio, and their uses and risks.
A dedicated revision deck covering the five required practicals for AQA GCSE Physics Paper 2. For each practical, it covers the aim, independent, dependent and control variables, a summary of the method, potential sources of error, and safety precautions.
Explains how the type of bonding and structure determines the physical properties (melting point, boiling point, conductivity) of a substance. Covers ionic compounds, small molecules, polymers, giant covalent structures, and metals/alloys.
Covers the evidence for the Big Bang theory. Includes the concept of red-shift in light from distant galaxies, how red-shift provides evidence for the expansion of the universe, and how this supports the Big Bang model for the origin of the universe.
Covers the three main types of chemical bonding: ionic (transfer of electrons), covalent (sharing of electrons), and metallic (delocalised electrons). Includes understanding representations like dot and cross diagrams.