IB Chemistry topics

S1.1 (SL/HL) Introduction to the particulate nature of matter S1.2 (SL/HL) The nuclear atom S1.2 (HL) The nuclear atom S1.3 (SL/HL) Electron configurations S1.3 (HL) Electron configurations S1.4 (SL/HL) Counting particles by mass: the mole S1.5 (SL/HL) Ideal gases

S2.1 (SL/HL) The ionic model S2.1 (HL) The ionic model S2.2 (SL/HL) The covalent model S2.2 (HL) The covalent model S2.3 (SL/HL) The metallic model S2.3 (HL) The metallic model S2.4 (SL/HL) From models to materials S2.4 (HL) From models to materials

S3.1 (SL/HL) The periodic table: classification of elements S3.1 (HL) The periodic table: classification of elements S3.2 (SL/HL) Functional groups: classification of organic compounds S3.2 (HL) Functional groups: classification of organic compounds

R1.1 (SL/HL) Measuring enthalpy changes R1.2 (SL/HL) Energy cycles in reactions R1.2 (HL) Energy cycles in reactions R1.3 (SL/HL) Energy from fuels R1.4 (HL) Entropy and spontaneity

R2.1 (SL/HL) How much? The amount of chemical change R2.2 (SL/HL) How fast? The rate of chemical change R2.2 (HL) How fast? The rate of chemical change R2.3 (SL/HL) How far? The extent of chemical change R2.3 (HL) How far? The extent of chemical change

R3.1 (SL/HL) Proton transfer reactions R3.1 (HL) Proton transfer reactions R3.2 (SL/HL) Electron transfer reactions R3.2 (HL) Electron transfer reactions R3.3 (SL/HL) Electron sharing reactions R3.4 (SL/HL) Electron-pair sharing reactions R3.4 (HL) Electron-pair sharing reactions