Copyright Oxford International AQA Examinations, 2022. 2. The energy required to raise the temperature of 1kg of a substance by 1C or 1K. Radian measure, Trigonometric functions and identities: area under a curve, Exponentials: Solving equations, rate of change, Use vectors to solve a problem in pure mathematics, Sequence generated by an iterative formula, Geometric sequences and series; trigonometric identities, Find maximum and minimum points; Newton- Raphson method, Differentiation of curves defined parametrically, Solution of a first order differential equation; partial fractions, Use vectors to solve problems in pure mathematics, Regression lines (change of variable); hypothesis test for correlation, Measures of central tendency and variation, Discrete probability distributions; normal approximation, Constant acceleration in 2-D and Newtons 2nd law in 2-D using vectors, Variable acceleration, language of kinematics, Dynamics, resolving forces, friction, equilibrium, Statics, moments, resolving forces, friction, Topic 9.9 Osmoregulation and temperature regulation, Topic 6.1 Microbial techniques including understanding of Core Practical 12, Topic 1.5 Enzymes including understanding of Core Practical 1, Topic 2.5 Sexual reproduction in plants including understanding of Core Practical 4, Topic 8.2 Transfer of genetic information, Topic 5.6 Photosynthetic pigments including understanding of Core Practical 10, Topic 10.3 Changes in ecosystems including understanding of Core Practical 16, Explanations of resistance to social influence, Improving the accuracy of eyewitness testimony, Animal studies of attachment: Lorenz and Harlow, The influence of early attachment on childhood and adult relationships, The behavioural approach to explaining and treating phobias, The biological approach to explaining and treating OCD, The structure and function of sensory, relay and motor neurons, Localisation of function in the brain and hemispheric lateralisation, Idiographic and nomothetic approaches to psychological investigation, Ethical implications of research studies and theory, Cognitive explanations of gender development, Vygotskys theory of cognitive development, Psychological explanations for schizophrenia, Cognitive behaviour therapy and family therapy, The importance of an interactionist approach, Psychological explanations for anorexia nervosa, Neural and hormonal mechanisms in aggression, Psychological explanations of offending behaviour, Risk factors in the development of addiction. AQA Physics A Level Kerboodle: Oxford University Press AQA Physics A Level Kerboodle View larger Unrivalled digital support for the linear A Levels Suitable for: 16-19 All centres following the 2015 AQA Physics specification Price: 356.00 +VAT /year Subscription period: 1 year ISBN: 978--19-835190- Students should calculate Rf values.7: use of chemical tests to identify the ions in unknown single ionic compounds covering the ions from sections Flame tests through to Sulfates.8: analysis and purification of water samples from different sources, including pH, dissolved solids and distillation. what is the specific heat capacity of a substance? Advance information will no longer be available after the May/June 2022 exam series. Took from Freesciencelessons from youtube, amount of energy required to raise the temperature of 1kg of the substance by 1 degree. Working withThe Student Room, our curriculum experts have updated our revision and exam tips to take into account the advance information and adaptations to this summers exams. Rate of cooling is low if walls are thick and thermal conductivity of the walls are low. Reply 1. List of topics in rank order, the areas carrying the highest mark allocations at the top of the list; -Atomic Structure-Amount of substance (including Required Practical 1)-Bonding-Chemical equilibria, Le Chateliers principle and Kc, Topics not listed may be assessed in low-tariff, synoptic or multiple choice questions, Tests for alcohol, aldehyde, alkene and carboxylic acid, -Amount of substance-Kinetics-Energetics-Alkenes-Organic analysis (including Required Practical 6)-Alcohols, -Amount of substance (includes practical skills)-Alkenes-Periodicity-Enthalpy changes (includes practical skills)-The halogens (includes practical skills)-Bonding and structure-Haloalkanes, -Acids (includes practical skills)-Reaction rates (includes practical skills)-Amount of substance (includes practical skills)-Chemical equilibrium-Group 2-Enthalpy changes-Alkanes, Section A Proof Factorising polynomials Transformations of graphs, trigonometric functions Coordinate geometry and equation of circle Binomial expansion, coefficients Trigonometric equations, trigonometric identities, quadratics Laws of logarithms Stationary points of a curve Tangents and normals to a curve Area under a curve, Section B Magnitude and direction of a vector, Newton's laws of motion Constant acceleration formulae Constant acceleration formulae, motion due to gravity Velocity-time graphs Forces in 2D Newton's laws of motion, calculus in kinematics Weight, Newton's laws of motion, Topics not listed may be assessed in synoptic questions, Section A Conditions for real or repeated roots of a quadratic, inequalities Factorising cubics Manipulating surds Sine and cosine rules Trigonometric equations, periodicity of trigonometric functions Exponential models The natural logarithm function Second derivative of a function Area under a curve, simultaneous equations, interpreting inequalities graphically Integrating polynomials, Section B Sampling techniques Interpreting statistical diagrams, distributions Mean and standard deviation Discrete probability distributions Probabilities from a binomial distribution Hypothesis test for proportion, binomial distribution, Preparation of stained squashes of cells from plant root tips; set up and use of and optical microscope to identify the stages of mitosis in these stained squashes and calculation of a mitotic index, Production of a dilution series of a solute to produce a calibration curve with which to identify the water potential of plant tissue. 8: preparation of a pure, dry sample of a soluble salt9: investigate what happens when aqueous solutions are electrolysed10: investigate the variables that affect temperature changes in reacting solutions, -The periodic table-How bonding and structure are related to the properties of substances-Structure and bonding of carbon-Reactivity of metals-Reactions of acids-Electrolysis, Topics not assessed in this paper: Not applicable. Topics are listed in order of 'major focus topics' and 'minor focus topics' as specified in the Advance Information for this exam. Core Practical 6.5 Investigate the effect of light intensity on the rate of photosynthesis. Paper 3 Section B Option A Astrophysics -Cell structure-Transport in cells-Animal tissues, organs and organ systems-Communicable diseases-Photosynthesis, Topics not assessed in this paper:-Cell differentiation-Principles of organisation-Blood-Cancer-Protist diseases-Uses of glucose from photosynthesis-Aerobic and anaerobic respiration-Response to exercise-Metabolism. On Monday 7th February the exam boards released their advanced information materials ( version 1.0) to help schools plan for the upcoming exam season. The formulae sheets gave the relevant formulae on page 39 in our International GCSE Mathematics specification document,listed as 'formulae which need to be known'. Please enable JavaScript. 2021, Published 29 Jul 2022 It takes 1 year to complete an AS course in AQA Physics and 2 years to complete a full A-Level. Find out more on our LinkedIn: We know that OxfordAQA schools are very keen to return to a "business as usual" external exam series - and so are we! The investigation will involve linking the decrease of one energy store (or work done) to the increase in temperature and subsequent increase in thermal energy stored.16: use circuit diagrams to construct appropriate circuits to investigate the IV characteristics of a variety of circuit elements, including a filament lamp, a diode and a resistor at constant temperature. COMING SOON - in January 2023, we will be making some improvements to the OxfordAQA website. | PDF | 1.4 MB, AQA is not responsible for the content of external sites, Centre declaration form: The object's energy is initially in the kinetic store as it moves upwards. An AQA spokesperson said: "The advance information for biology was all accurate. View all courses and The DFE and Ofqual are set to release advance information for most GCSE and A-level subjects for the 2022 summer exam season later on today. The photocards will return for the November 2022 exam onwards. Join now 3. These checklists cover the main topics included on the Physics Paper 1 Higher paper (8463/1H) for AQA GCSE Physics for the 2022 summer exam series, ideal for revision prior to the exam. Where m is the mass in kilograms, kg, v is the speed, in metres per second, m/s and the kinetic energy, Ek, in joules, J. How does Lubrication reduce energy waste? Our range of course are designed to help you develop your skills, build | DOCX | 245 KB, Insert(AS): 2021, Insert(A-level): Paper 1 remains unchanged but for Paper 2 AQA's advanced information says: Section A: Reading. This means that advance information and adaptations will no longer be available after the May/June 2022 exam series. | PDF | 593 KB, Question paper(A-level): Starting with the November 2022 exams, these sheets will not be provided. This website works best with JavaScript switched on. 2021, Published 29 Jul 2022 It has taken a little while to complete all the AQA 2022 A-level physics papers and evaluate the impact of the advance exam information that was provided to schools and teachers. (2 points), A measure of how quickly energy is transferred through a material via conduction, The higher the thermal conductivity of a material. Paper 3 2021, Published 29 Jul 2022 AQA Physics A level - worksheets and problems AQA A Level Physics worksheets These worksheets are provided for private study only and are not to be used for any financial gain. Topics not listed may be assessed in linked or synoptic questions, Practicals;No core practicals are assessed in this paper, Core Practical 10.17 Construct electrical circuits to A: Investigate the relationship between potential difference, current and resistance for a resistor and a lampB: test series and parallel circuits using resistors and filament lamps, Core Practical 3.6Investigate the change in pH on adding powdered calcium hydroxide or calcium oxide to a fixed volume of dilute hydrochloric acid, Core Practical 3.31Investigate the electrolysis of copper sulfate solution with inert electrodes and copper electrodes, Core Practical 5.9C Carry out an accurate acid-alkali titration, using burette, pipette and a suitable indicator, Topic 1 Key concepts in chemistry Types of substance, Topic 1 Key concepts in chemistry Calculations involving masses, Topic 3 Chemical changes Acids and bases, Topic 3 Chemical changes Electrolytic processes, Topic 4 Extracting metals and equilibria Obtaining and using metals, Topic 5 Separate chemistry 1 Quantitative analysis, Topic 5 Separate chemistry 1 Dynamic equilibrium, Topic 2 Motion and forces Velocity and acceleration, Topic 2 Motion and forces Newtons 3rd law and momentum, Topic 3 Conservation of energy Energy transfers and efficiency, Topic 4 Waves Sound with applications, Topic 5 Light and the electromagnetic spectrum Light and lenses, Topic 6 Radioactivity Emission of ionising radiations, Topic 7 Astronomy Big Bang and Steady State theory, Core Practical 10.17 Construct electrical circuits to: A Investigate the relationship between potential difference, current and resistance for a resistor and a lampB: B test series and parallel circuits using resistors and filament lamps, Core Practical 3.6Investigate the change in pH on adding powdered calcium hydroxide or calcium oxide to a fixed volume of dilute hydrochloric acid, The Whole of GCSE Maths in Only 2 Hours - YouTube Video, -Arithmetic fractions-Fraction of a number, -Fraction of a number-Improper fraction-Fraction to decimal, -Number line decimal-Number problem-Prime number-Cube number-Decimal place, -Equivalent expressions-Terms-Multiply out-Factorisation, -Coordinates-Midpoint-Point on line-Intercept of a line-Gradient of a line-Equation of a line, -Ratio and percentage-Percentage increase-Percentage decrease, -Proportion problem-Scale diagram-Better value-Ratio to percentage-Equation to percentage-Rate of output, -Draw shape-Quadrilateral-Parallelogram-Part of circle-Pythagoras-Time problem-Compound shape, -Relative frequency-Expected value-Tree diagram, -Place value-Factor-Multiple-Highest Common Factor-Error interval, -Number machine-Simplification-Substitution-Formula, -Graphs Roots-Turning point-Arithmetic Sequences-Geometric Sequences-nth term, -Lengths-Time-Share into a ratio-Ratio problem-Interpretation-Ratio to graph-Average speed-Percentage increase-Fraction to percentage, -Name shapes-Regular shapes-Line symmetry-Rotational symmetry-Circles-Cylinders-Spheres-Trigonometry, -Compound shape-Perimeter-Alternate angles-Vector arithmetic, -Two-way table-Vertical line diagram-Mean from diagram-Bar chart, -Decimals-ArithmeticFractions-Fraction of a number-Value as fraction of another-Recurring decimals as fractions-Percentage as operator-Laws of Indices-Standard Form Conversion and Calculation-Surds Simplification, -Equations Of a straight line-Linear equations-Identity-Simplification of algebraic fraction-Simplification-Factorisation of quadratic-Change subject-RecogniseGraphs-Sketch function-Speed time-Inequality region-Interpret-Sequences Algebraic, -Congruence-Prism-Faces-Exact trigonometric values, -Sector a of circle-Vector geometry-Constructions Region, -Venn diagram-Tree diagram-Expected value-Independent events, -Prime number-Cube number-Reciprocal-Decimal places-Bounds-Fractions Products-Indices Negative, -Equations of a circle-Linear equations-Quadratic equations-Number line inequality-Factorisation of quadratic-Multiply out-Completing the square-Coordinate problem-Perpendicular lines-Turning point-Functions Inverse-Sequences Triangular number, -Share into a ratio-Ratio on a line-Fraction To percentage-Conversions Time-Equation to percentage-Rate of output-Pressure-Percentage increase-Percentage decrease, -Compound shape-Cones-Hemisphere-Volume scale factor-Shape Plan-Pythagoras-Measures Time-Geometric proof, -Relative frequency-Expected value-Probability Notation, -Highest Common Factor-Lowest Common Multiple-Error interval-Decimals Ordering-Recurring decimals-Other Product rule for counting, -Quadratic equations-Simultaneous linear/quadraticequations-Simplification-Triple bracket-Factorisation-Quadratic-Roots-Turning points-Quadratic-Exponential-Functions Composite-ArithmeticSequences-GeometricSequences-nth term, -Share into a ratio-Average speed-Population density-Percentage increase-Compound interest, -Compound shape-Cylinders-Quadrilateral-Circle theorems-Trigonometry-Sine/Cosine rule-Vector arithmetic-Bearing, -Two-way table-Histogram-Box plot-Median, quartiles-Interquartile range-Line of best fit-Outlier, -Standard Form Conversion andCalculation, -Equations and inequalities Linear inequality, -Length, area and volume Volume of a cube, -Pythagorass Theorem and Trigonometry Exact trigonometric values, Topics not listed may be assessed in synoptic questions, -Equations and inequalities Linear simultaneous equations, -Pythagorass Theorem and Trigonometry Pythagorass Theorem, -Powers and roots Simplification of surds, -Gradients of parallel and perpendicular lines, -Pythagorass Theorem and Trigonometry Sine and Cosine Rules, Source A-21st century-Autobiographical writing, There will be no advance information on what exams will cover for GCSE English Literature, Source B-21st century-Extract from a memoir, -A choice between a letter and an article, Practicals; "Required Practicals in the lists below should not be taken to imply direct references to those procedures quoted in the Practical Handbook.
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aqa physics advanced information