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Chemistry
> P2 - 6.4 Reversible Reactions & Dynamic Equilibrium > Flashcards
P2 - 6.4 Reversible Reactions & Dynamic Equilibrium Flashcards
The Rate of Extent of Chemical Change
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(89 decks)
Exercise Book
P1 - 1.1 Atoms
P1 - 1.2 Elements, Isotopes and Relative Atomic Mass
P1 - 1.3 Compounds, Molecules & Mixtures
P1 - 1.4 Balancing Chemical Equations
P1 - 1.5 Filtration & Crystallisation
P1 - 1.6 Distillation
P1 - 1.7 The History Of The Atom
P1 - 1.8 Electronic Structure
P1 - 1.9 Development Of The Periodic Table
P1 - 1.10 Metals And Non Metals (And Alloys, Reactions Of Metals)
P1 - 1.11 Group 1 (Alkali Metals)
P1 - 1.12 Group 7 & Group 0 (Halogens & Noble Gases)
P1 - 2.1 Formation Of Ions
P1 - 2.2 Ionic Bonding
P1 - 2.3 Ionic Compounds
P1 - 2.4 Molecular & Empirical Formulas
P1 - 2.5 Covalent Bonding
P1 - 2.6 Types of Covalent Structures
P1 - 2.7 Diamond & Graphite
P1 - 2.8 Graphene & Fullerenes
P1 - 2.9 Metallic Bonding
P1 2.10 States of Matter
P1 - 2.11 Nanoparticles
P1 - 3.1 Relative Formula Mass (Mr)
P1 - 3.2 Calculations
P1 - 3.3 Calculating Mass in Reactions
P1 - 3.4 Conservation Of Mass
P1 - 3.5 Limiting Reactants
P1 - 3.6 Concentration Calculations (grams/dm^3)
P1 - 3.7 Gas Calculations
P1 - 3.8 Atom Economy
P1 - 3.9 Percentage Yield
P1 - 4.1 Acids & Bases
P1 - 4.2 Titration Practical
P1 - 4.3 Strong Acids & Weak Acids
P1 - 4.4 Neutralisation Reactions
P1 - 4.5 The Reactivity Series & Displacement Reactions
P1 - 4.6 Separating Metals from Metal Oxides
P1 - 4.7 Redox Reactions
P1 - 4.8 Electrolysis 1 - Intro
P1 - 4.9 Electrolysis 2 - Aluminium Oxide
P1 - 4.10 Electrolysis 3 - Aqueous Solutions
P1 - 5.1 Exothermic & Endothermic Reactions
P1 - 5.2 Bond Energies
P1 - 5.3 Cells & Batteries
P1 - 5.4 Fuel Cells
P2 - 6.1 Rates of Reaction
P2 - 6.2 Factors Affecting Rates of Reaction & Collision Theory
P2 - 6.3 Measuring Rates of Reaction from a Graph
P2 - 6.4 Reversible Reactions & Dynamic Equilibrium
P2 - 6.5 Le Chatelier's Principle
P2 - 7.1 Hydrocarbons
P2 - 7.2 Alkalenes - Properties of Combustion
P2 - 7.3 Fractional Distillation
P2 - 7.4 Cracking Alkenes
P2 - 7.5 Reaction of Alkenes
P2 - 7.6 Addition Polymers
P2 - 7.7 Alcohols
P2 - 7.8 Production of Ethanol
P2 - 7.9 Carboxylic Acids
P2 - 7.10 Esters
P2 - 7.11 Condensation Polymers
P2 - 7.12 Naturally Occurring Polymers
P2 - 8.1 Purity & Foundations
P2 - 8.2 Paper Chromatography
P2 - 8.3 Tests for Gases
P2 - 8.4 Test for Anions
P2 - 8.5 Test for Cations
P2 - 8.6 Flame Emission Spectroscopy
P2 - 9.1 The Evolution of the Atmosphere
P2 - 9.2 Greenhouse Gases & Climate Change
P2 - 9.3 Carbon Footprints
P2 - 9.4 Air Pollution
P2 - 10.1 Ceramics, Composites & Polymers
P2 - 10.2 Corrosion
P2 - 10.3 Sustainable Development - Reuse & Recycle
P2 - 10.4 Life Cycle Assessments
P2 - 10.5 Potable Water
P2 - 10.6 Waste Water Treatment
P2 - 10.7 The Haber Process
P2 - 10.8 NPK Fertilisers
RP - 11.1 Making Salts
RP - 11.2 Neutralisation
RP - 11.3 Electrolysis
RP - 11.4 Temperature Changes
RP - 11.5 Rates of Reaction
1.1 The World Of The Microscope
Animal & Plant Cells
