chemistry

This class was created by Brainscape user evie Linsdell. Visit their profile to learn more about the creator.

Decks in this class (20)

Module 1, section 1 PAGs
No deck description has yet been added by the author.
0  cards
Module 2, section 1, atoms and moles
the atom atomic models relative mass the mole gas volumes concentration calculations
22  cards
Module 2, section 2, formulas and equations
formulas calculating formulas chemical equations equations and calculations formulas of ionic compounds
0  cards
Module 2, section 3, reactions and calculations
acids bases, and salts anhydrous and hydrated salts titrations titration calculations chemical yield atom economy oxidation numbers redox reactions
0  cards
Module 2, section 4, electrons, bonding and structure
electronic structure ionic bonding covalent bonding shapes of molecules polarisation intermolecular forces
0  cards
Module 3, section 1, the periodic table
the periodic table first ionisation energy successive ionisation energy giant covalent lattices metallic bonding periodic trends in melting and boiling points group 2 - the alkaline earth metals group 7 - the halogens disproportionation and water treatment tests for ions
0  cards
Module 3, section 2, physical chemistry
enthalpy changes bond enthalpies measuring enthalpy changes Hess's law reaction rates catalysts calculating reaction rates reversible reactions the equilibrium constant
0  cards
Module 4, section 1, Basic concepts and hydrocarbons
organic chemistry formulas carbon skeletons structural isomers alkanes and nomenclature properties of alkanes bond fission substitution reactions alkenes and their properties stereoisomers reactions of alkenes addition polymers
0  cards
Module 4, section 2, alcohols and haloalkanes
properties of alcohols reaction of alcohols oxidising alcohols haloalkanes chlorofluorocarbons global warming
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Module 4, section 3, analysis and organic synthesis
infrared spectroscopy mass spectrometry combined techniques practical techniques in organic synthesis organic synthesis
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Module 5, section 1, reaction rates
monitoring reactions concentration - time graphs initial rates reaction orders rate equations the rate constant the rate - determining step the Arrhenius equation
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Module 5, section 2, equilibrium
the equilibrium constant gas equilibria changing the equilibrium
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Module 5, section 3, acids, bases and pH
Acids and bases pH calculations the ionic product of water the acid dissociation constant buffer action calculating the pH of buffers pH curves and titrations
0  cards
Module 5, section 4, enthalpy, entropy and free energy
Enthalpy changes lattice enthalpy born - harper cycles enthalpies of solution entropy free energy change
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Module 5, section 5, redox and electrode potentials
redox reactions redox titrations more on titrations electrochemical cells standard electrode potentials electrochemical series energy storage cells fuel cells
0  cards
Module 5, section 6, transition elements
transition elements transition element properties complex ions isomerism in complex ions ligand substitution precipitation reactions transition metals and redox tests for ions
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Module 6, section 1, aromatic compounds and carbonyls
benzene reactions of benzene Friedel - crafts substituted benzene rings aldehydes and ketones reducing carbonyls reactions with carbonyls carboxylic acids acyl chlorides esters
0  cards
Module 6, section 2, nitrogen compounds and polymers
amines and amides amino acids chirality addition polymers condensation polymers
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Module 6, section 3, organic synthesis and practical techniques
making carbon - carbon bonds practical techniques in organic synthesis functional groups and their typical reactions synthetic groups
0  cards
Module 6, section 4, analysis
tests for organic functional groups chromatography gas chromatography NMR spectroscopy proton NMR spectroscopy more proton NMR spectroscopy more on spectra
0  cards

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chemistry

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