Skip to content
cookie
Shared flashcard decks

Edexcel A-Level Chemistry

A-Level · EdexcelChemistry1206 cards

More for Edexcel A-Level Chemistry

Picked for the same course from what people use most, and all of it can be read without an account.

Everything for Chemistry

Looking for help with Chemistry?

Cookie Tutoring, our own tutoring service, may have tutors for Chemistry. Lessons are live and one to one, and the first 15 minutes with any tutor is free.

Find a tutor

Flashcards for Edexcel A-level Chemistry (9CH0), split into the specification's nineteen numbered topics, each broken into its own sub-sections where the topic is large, plus a subdeck of the sixteen core practicals. Delete or suspend any subdeck your course leaves out once the deck is yours.

Adding it gives you your own copy, with every subdeck below. Each card then comes back just before you would forget it, and every one you get right or wrong counts towards your mastery of its topic. You can delete or suspend the parts you are not studying once it is yours.

What is inside (61 subdecks)

  • Core practicals83 cards
    • CP1: Measuring the molar volume of a gas5 cards
    • CP2: Preparing a standard solution and standardising sodium hydroxide6 cards
    • CP3: Finding the concentration of hydrochloric acid4 cards
    • CP4: Rates of hydrolysis of halogenoalkanes5 cards
    • CP5: The oxidation of ethanol5 cards
    • CP6: Chlorination of 2-methylpropan-2-ol6 cards
    • CP7 and CP15: Analysis of inorganic and organic unknowns5 cards
    • CP8: Enthalpy change by Hess's Law6 cards
    • CP9: Finding Ka for a weak acid5 cards
    • CP10: Investigating electrochemical cells5 cards
    • CP11: Redox titration5 cards
    • CP12: Preparing a transition metal complex5 cards
    • CP13: Rates of reaction (iodine-propanone and the iodine clock)7 cards
    • CP14: Finding the activation energy of a reaction5 cards
    • CP16: Preparing aspirin9 cards
  • Topic 1: Atomic structure and the periodic table94 cards
  • Topic 2: Bonding and structure78 cards
    • Bonding61 cards
    • Structure17 cards
  • Topic 3: Redox I41 cards
  • Topic 4: Inorganic chemistry and the periodic table92 cards
    • Analysis of inorganic compounds9 cards
    • The elements of Group 7 (halogens)52 cards
    • The elements of Groups 1 and 231 cards
  • Topic 5: Formulae, equations and amounts of substance59 cards
  • Topic 6: Organic chemistry I162 cards
    • Alcohols25 cards
    • Alkanes25 cards
    • Alkenes36 cards
    • Halogenoalkanes22 cards
    • Introduction to organic chemistry30 cards
    • Naming organic compounds24 cards
  • Topic 7: Modern analytical techniques I21 cards
    • Infrared (IR) spectroscopy13 cards
    • Mass spectrometry8 cards
  • Topic 8: Energetics I36 cards
  • Topic 9: Kinetics I24 cards
  • Topic 10: Equilibrium I23 cards
  • Topic 11: Equilibrium II22 cards
  • Topic 12: Acid-base equilibria60 cards
  • Topic 13: Energetics II57 cards
    • Entropy23 cards
    • Lattice energy34 cards
  • Topic 14: Redox II53 cards
  • Topic 15: Transition metals81 cards
    • Principles of transition metal chemistry30 cards
    • Reactions of transition metal elements51 cards
  • Topic 16: Kinetics II46 cards
  • Topic 17: Organic chemistry II63 cards
    • Carbonyl compounds24 cards
    • Carboxylic acids30 cards
    • Chirality9 cards
  • Topic 18: Organic chemistry III79 cards
    • Amines, amides, amino acids and proteins32 cards
    • Arenes: benzene22 cards
    • Organic synthesis25 cards
  • Topic 19: Modern analytical techniques II32 cards
    • Chromatography9 cards
    • Mass spectrometry7 cards
    • Nuclear magnetic resonance (NMR)16 cards

Some of its cards

  • What does the Kekulé model represent the structure of benzene as?
    A ring of six carbon atoms with alternating single and double bonds
  • According to collision theory, why does increasing concentration increase the rate of a reaction?
    There are more particles in a given volume, so collisions between reacting particles happen more frequently
  • What is the functional group of a carboxylic acid?
    −COOH\mathrm{-COOH}
  • What is the functional group of a primary amine?
    −NH2\mathrm{-NH_2}
  • What is a Brønsted-Lowry acid?
    A proton donor
  • What is the purpose of the redox titration practical?
    To find the concentration of a reducing or oxidising agent in solution, by titrating it against a solution of known concentration
  • What is the general formula for alkanes?
    CnH2n+2\mathrm{C_nH_{2n+2}}
  • What is the purpose of the weak acid KaK_a practical?
    To determine the acid dissociation constant of a weak acid experimentally, from the pH of a solution of known concentration
  • What does infrared spectroscopy detect in a molecule?
    The absorption of infrared radiation as bonds stretch and bend, at wavenumbers characteristic of particular bonds
  • What colour is a compound containing vanadium in the +5 oxidation state, VO2+\mathrm{VO_2^+}?
    Yellow

And 1196 more once you add the deck.