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Acceleration from velocity–time gradients
Accelerometers and motion sensing
Acid–Base Behaviour of Period 3 Compounds
Action Potentials and Saltatory Conduction
Addition Polymerisation
Addition Reactions of Alkenes
Adrenal Glands and the Fight-or-Flight Response
Analogue and digital signals
Application of Chemical Kinetics, Energetics and Equilibrium to Industry
Application of Green Chemistry in Industry
Atomic Structure — Protons, Neutrons and Electrons
Atomic transitions and light emission
Autonomic Control of Breathing and Heartbeat
Bacterial Cell Ultrastructure
Balanced Equations for Period 3 Reactions
Balanced forces, drag and terminal velocity
Benedict’s and Iodine Tests for Carbohydrates
Benefits and Problems of Organic Compounds
Biological Functions of Water
Boiling Points, Chain Length and Branching
Building circuits and using electrical meters
Calculating critical angles
Calculating wave speed, frequency and wavelength
Calculations Involving Energy Cycles and Standard Enthalpy Changes
Calculations Involving Equilibrium Constants
Carbohydrate Functions and ATP Supply
Carbohydrate Structures: Sugars, Starch, Cellulose and Glycogen
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Celsius and kelvin temperatures
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Collision Theory and Activation Energy
Comparing Plant and Animal Cells
Complete and Incomplete Combustion
Concentration–Time Graphs
Condensation Polymerisation
Conditions for total internal reflection
Constant-acceleration motion equations
COPD: Changes to Airways and Alveoli
Core, cladding and optical-fibre guidance
Covalent Bonding and Structures
Cracking of Long-Chain Alkanes
Current, potential difference, energy and power
Diffraction gratings and line spectra
Diffusion, Osmosis, Active Transport and Bulk Transport
Digital-download Terms and Refund Policy
Displacement–time graphs and velocity
Disturbed Homeostasis: Ageing, Heart Failure and Diabetes
DNA, RNA, Protein Synthesis and Gene Expression
Domestic appliances and energy usage
Dopamine and Parkinson’s Disease
Drug Effects at Synapses: Agonists, Antagonists and Precursors
Dynamic Equilibrium
Electrical energy: E = VIt
Electrical power: P = IV
Electromagnetic wave speed
Electronegativity and Polarity
Electronic Configurations of Atoms and Ions
Electronic Structure from Successive Ionisation Energies
Elimination Reactions of Halogenoalkanes
Endothelium, Risk Factors and Atherosclerosis
Energy Level and Reaction Profile Diagrams
Energy Levels, Subshells and Electronic Orbitals
Energy transfer, temperature and phase changes
Enthalpy Change
Enzyme Catalysis, Collisions and Initial Rates
Enzyme Structure and Active-Site Specificity
Equilibrium Constant Expressions
Equilibrium Yield Graphs
Eukaryotic Organelles and Plant Cell Structures
Factors Affecting Enzyme Activity and Graphs
Factors Affecting Reaction Rate
Fast- and Slow-Twitch Muscle Fibres
First and Successive Ionisation Energies
Formation of Esters
Formulas from Oxidation Numbers
Free BTEC AAQ Revision | Applied Science Unit 2 Chemistry
Goblet Cells, Cilia and Airway Defence
Gram-Positive and Gram-Negative Bacteria: Antibiotic Responses
Group, Period and Blocks
Half Equations and Redox Equations
Hess’s Law and Energy Cycles
Homeostasis and Feedback-System Components
Hydrogen Bonding and the Properties of Water
Identifying gases from emission lines
Impact protection: restraints and vehicle structures
Inertia, mass, weight and gravitational field strength
Intermolecular Forces
Interpreting Action-Potential Graphs
Inverse-square intensity
Ionic Bonding and Giant Ionic Structures
Ionisation Energy Trends
Isomerism
IUPAC Naming of Organic Compounds
Joules, kilojoules and megajoules
Key Terms in Organic Chemistry
Kilowatt-hours, energy conversion and costs
Kinetic friction and constant-speed tests
Lamps, diodes, thermistors and light sensors
Latent heat and multi-stage thermal calculations
Le Chatelier’s Principle
Lifestyle Influences on Homeostasis
Lipid Functions: Storage, Insulation, Membranes and Hormones
Lipids: Fatty Acids, Diglycerides and Triglycerides
Maxwell–Boltzmann Distributions
Measuring specific heat capacity
Measuring specific latent heat
Measuring trolley acceleration
Melting Points and Electrical Conductivity
Metallic Bonding and Giant Metallic Structures
Microscopy Calculations: Magnification and Actual Size
Molecular Shapes and Bond Angles
Momentum and its direction
Motion quantities, SI units and conversions
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Myelinated and Non-Myelinated Neurones
Negative Feedback: Pressure, Water, Gases and Glucose
Newton’s first law and resultant force
Newton’s second law and momentum change
Newton’s third law and interaction pairs
Nucleotides, DNA and RNA Structure
Operating current and fuse selection
Optical fibres in communication, engineering and medicine
Oxidation and Reduction: Electron Transfer
Oxidation Numbers
Oxidation of Primary Alcohols
Pearson Level 3 AAQ Applied Science Revision
Pearson Level 3 AAQ Health and Social Care Revision
Pearson Level 3 AAQ Medical Science Revision
Period 3 Chlorides with Water
Period 3 Compounds: Melting Points and Electrical Conductivity
Period 3 Reactions with Chlorine
Period 3 Reactions with Oxygen
Period 3 Reactions with Water
Peripheral Sensory Pathways and Autonomic Feedback
Phase, coherence and superposition
Physical Properties Across Period 3
Positive Feedback in Clotting and Labour
Potential difference, current and resistance
Power as energy transferred per time
Predicting Properties in Other Periods
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Protein Functions in Transport, Defence, Signalling and Repair
Protein Structure: From Peptide Bonds to Haemoglobin
Rate Equations
Reading wave graphs
Recognising and drawing circuit symbols
Recognising Cells and Organelles in Micrographs
Refraction and refractive index
Relative Atomic Mass, Isotopic Abundance and Formula Mass
Rules for Determining the Electronic Structure of Atoms
Scalars, vectors and one-dimensional motion
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Sigma and Pi Molecular Orbitals
Skeletal Muscle Fibres and Sarcomeres
Solutions to Environmental Problems
Specialised Plant, Blood, Reproductive and Nerve Cells
Specific heat capacity calculations and units
Speed and average speed
Speed, mass and transport consequences
Squamous Epithelium and Alveolar Gas Exchange
Standard Enthalpy Changes
Static friction and its limiting coefficient
Stationary waves, resonance and instruments
Structural Representations of Organic Compounds
Substitution of Alcohols with PCl5 and HBr
Substitution of Halogenoalkanes with Aqueous Sodium Hydroxide
Substitution Reactions of Alkanes with Halogens
Surface Area to Volume Ratio and Exchange
Synapses and Neurotransmitter Signalling
The Biuret Test for Proteins
The electromagnetic spectrum and communication
The Emulsion Test for Lipids
The Fluid Mosaic Model of Cell Membranes
The Hypothalamus: Integrating Nervous and Endocrine Responses
The Mole and Quantitative Chemistry
Transverse and longitudinal waves
Unit 1 Biology — AAQ Applied Science Revision
Unit 2 Chemistry | AAQ Applied Science Revision
Unit 3 Physics — AAQ Applied Science Revision
Uses of Period 3 Elements and Compounds
Velocity–time graphs and travelled distance
Water Molecules, Polarity and Hydrogen Bonding
Wave quantities and oscillations
Wave speed on a stretched string
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BTECRevision AAQ Applied Science Unit 1 Biology Exam Practice Bundle — 2 Papers + Mark Schemes
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BTECRevision AAQ Applied Science Unit 1 Biology Practice Workbook + Worked Solutions
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