• The Periodic Table
  
  •  recognize trends in the Periodic Table, such as in ionic radii
  •  understand and explain reasons for those trends
  •  use trends to predict reactivity

• Introduction to Atomic Structure
  
  •  list the particles that make up atoms, their symbols and their relative masses and charges
  •  recognise how relative atomic masses are derived
  •  calculate relative molar mass for any substance
  •  understand the difference between a Bohr model and quantum mechanical model of an atom
  •  understand the relationship between the four quantum numbers and electron configuration
  •  explain the meaning of the orbital quantum numbers, n, l, m, and the designation of orbitals such as 1s, 3d, 4p, 4f
  •  determine the electron configuration of an element from its position in the Periodic Table
  •  recognise whether an element is a metal, non-metal or semi-metal from its position in the Periodic Table
     

• The Biological Periodic Table
  
  •  list important building blocks of living organisms
    
  •  identify essential, toxic and medicinal elements
  •  explain the functioning of metals in the body
  •  think about the consequences of the properties of elements for drug design

• Assumed Knowledge - Chapters 1 - 3
• Introduction to Atomic Structure - Section 1.3
• The Periodic Table - Section 1.4

Assumed Knowledge

• Mole concept (2)
• Mole concept (1)
• Chemical equations
• Nomenclature
• Stoichiometry

Introduction to Atomic Structure

• Atomic symbols
• Atomic structure
• Electronic structure of atoms and ions
• Atoms, electrons and orbitals

The Periodic Table

• More on periodic trends
• Periodic trends
• Atomic properties

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Assumed Knowledge -
Balancing chemical equations   Tags: stoichiometry | balancing equations | mole calculations  |  Contributed by Adam Bridgeman     Stoichiometry workshop   Contributed by Adam Bridgeman
Introduction to Atomic Structure -
The Periodic Table -
The Biological Periodic Table -

	Second law (1)				1 hit
	Acids and bases - self learning questions (3)				2 hits
	Cyclisation of glucose				4 hits
	Thermodynamics				2 hits
	Atomic properties				1 hit