Structure 1.3 : Electron configurations Structure 1.3.1 : Qualitatively describe the relationship between colour, wavelength, frequency and energy across the electromagnetic spectrum. Distinguish between a continuous and a line spectrum. Structure 1.3.2 : Describe the emission spectrum of the hydrogen atom, including the relationships between the lines and energy transitions to the first, second and third energy levels. Structure 1.3.3 : Deduce the maximum number of electrons that can occupy each energy level. Structure 1.3.4 : Recognize the shape and orientation of an s atomic orbital and the three p atomic orbitals. Structure 1.3.5 : Apply the Aufbau principle, Hund’s rule and the Pauli exclusion principle to deduce electron configurations for atoms and ions up to Z = 36. Structure 1.3.6 : Explain the trends and discontinuities in first ionization energy (IE) across a period and down a group. Calculate the value of the first IE from spectral data that gives the wavelength or frequency of the convergence limit. Structure 1.3.7 : Deduce the group of an element from its successive ionization data.

Structure 1 / IB Chemistry / Structure 1.2 Structure 1.2 : The nuclear atom Structure 1.2.1 : Use the nuclear symbol A Z X to deduce the number of protons, neutrons and electrons in atoms and ions. Structure 1.2.2 : Perform calculations involving non-integer relative atomic masses and abundance of isotopes from given data. Structure 1.2.3 : Interpret mass spectra in terms of identity and relative abundance of isotopes.

Structure 1 / IB Chemistry / Structure 1.1 Structure 1.1 : Introduction to the particulate nature of matter Structure 1.1.1 : Distinguish between the properties of elements, compounds and mixtures. Structure 1.1.2 : Distinguish the different states of matter. Use state symbols (s, , g and aq) in chemical equations. Structure 1.1.3 : Interpret observable changes in physical properties and temperature during changes of state. Convert between values in the Celsius and Kelvin scales.

Atoms, Elements, Compounds, and mixtures

MYP chemistry Grade 9 and grade 10 year 8 and year 10

All the worksheets for IB chemistry topic 1 to 11 1 - Stoichiometrics 2 & 12 - Atomic Structure 3 & 13 - Periodicity 4 & 14 - Bonding & Structure 5 & 15 - Energetics 6 & 16 - Kinetics 7 & 17 - Equilibrium 8 & 18 - Acids & Bases 9 & 19 - Redox Processes 10 & 20 - Organics 11 & 21 - Measurements & Data

Chemistry IB _ Grade 11 and 12 Topic 11 : Measurement and data processing

Chemistry IB _ Grade 11 and 12 Topic 10 : Organic chemistry

Chemistry IB _ Grade 11 and 12 Topic 9 : Redox processes

Chemistry IB _ Grade 11 and 12 Topic 8 : Acids and bases

Chemistry IB _ Grade 11 and 12 Topic 7 : Equilibrium

Chemistry IB _ Grade 11 and 12 Topic 6 : Chemical kinetics

Chemistry IB _ Grade 11 and 12 Topic 5 : Energetics/thermochemistry

Chemistry IB _ Grade 11 and 12 Topic 4 : Chemical bonding and structure

Chemistry IB _ Grade 11 and 12 Topic 3 : Periodicity

Chemistry IB _ Grade 11 and 12 Topic 2 : Atomic structure

Chemistry IB _ Grade 11 and 12 Topic 1 : Stoichiometric relationships