Full 7 lesson Earth and Resources SOW. Aimed at a low ability Y8 set. Worksheets marked STR or SUP are differentiated (stretch and support). All lessons planned in 6-part lesson format. Lesson 1 - Earth and its atmosphere Lesson 2 - Sedimentary rocks Lesson 3 - Igneous and metamorphic Lesson 4 - The Rock Cycle (two alternative lesson provided - one involving modelling through the "Choc cycle" - dependent on ability to use food within the lab/practical capabilities of the class) Lesson 5 - The carbon cycle Lesson 6 - Climate change Lesson 7 - Recycling Most resources my own though some resources may be adapted from other sources, including Activate and TES. Feedback appreciated.

Full 7 lesson Elements, Mixtures and Compounds SOW. Aimed at a low ability Y8 set. Worksheets marked STR or SUP are differentiated (stretch and support). All lessons planned in 6-part lesson format. Lesson 1 - Atoms Lesson 2 - Elements Lesson 3 - Mixtures Lesson 4 - Compounds Lesson 5 - Chemical formulae Lesson 6 - Writing equations Lesson 7 - EMC Review Most resources my own though some resources may be adapted from other sources, including Activate and TES. Feedback appreciated. NOTE: Compounds Tarsia includes the compound "Arsole / C4H5As" - you may choose to not include that triangle!

Full 7 lesson Periodic Table SOW. Aimed at a low ability Y8 set. All lessons planned in 6-part lesson format. Lesson 1 - Introduction to the periodic table Lesson 2 - History of the periodic table Lesson 3 - Groups and periods Lesson 4 - Metals and non-metals Lesson 5 - Group 1 Lesson 6 - Group 7 Lesson 7 - Group 0 Most resources my own though some resources may be adapted from other sources, including Activate and TES. Feedback appreciated.

Seven lesson topic covering separating mixtures (part of the Matter SOW from the new AQA Mastery style curriculum). Mainly aimed at Y7 level. Lesson 1 - Basic separating techniques Lesson 2 - Filtration (Third World Water Challenge) Lesson 3 - Solutions Lesson 4 - Solubility Lesson 5 - Distillation Lesson 6 - Chromatography (Who Shot Mr Burns) Lesson 7 - Separating mixtures assessment and review (Desert Island Challenge) Includes RAG document to use throughout and mini-assessment in the final lesson. Parts of resources taken from other lessons, some of which were found on TES.

Seven lesson topic covering the particle model (from the AQA Mastery style curriculum). Mainly aimed at Y7. Lesson 1 - Particle model introduction Lesson 2 - States of matter Lesson 3 - Melting and freezing Lesson 4 - Boiling and evaporation Lesson 5 - Condensation and sublimation Lesson 6 - Gas pressure and diffusion Lesson 7 - Particle model assessment and review Includes RAG document to use throughout and mini-assessment in the final lesson. Parts of resources taken from other lessons, some of which were found on TES.

A lesson aimed at new Y7 classes to familiarise them with a Bunsen burner. Includes a sequencing activity on how to turn on a Bunsen and a label the diagram activity. Ends with the students then following the sequence to safely turn, and alter the flame, to earn their Bunsen Burner license.

Full SOW for Topic 10: Quantitative Chemistry of AQA GCSE Combined Science: Trilogy (exams from 2018). Lesson 1 - Conservation of mass and balancing equations Lesson 2 - Relative formula mass Lesson 3 - Mass changes when a product or reactant is a gas Lesson 4 - Chemical measurements Lesson 5 - Moles Lesson 6 - Amount of substances Lesson 7 - Using moles to balance equations Lesson 8 - Limiting reactants Lesson 9 - Concentration of solutions

Full scheme of work for Topic 9: Bonding, Structure and the Properties of Matter of new AQA GCSE Combined Science: Trilogy (exams from 2018). Lesson 1 - States of matter Lesson 2 - Intro to chemical bonds Lesson 3 - Ionic bonding Lesson 4 - Ionic compounds Lesson 5 - Properties of ionic compounds Lesson 6 - Covalent bonding Lesson 7 - Polymers Lesson 8 - Giant covalent structures Lesson 9 - Metallic bonding Lesson 10 - Properties of metals and alloys Lesson 11 - Properties of small molecules Lesson 12 - Structure and bonding of carbon

Round 1: Name that scientist Round 2: Dingbats Round 3: Science general knowledge Round 4: Name that film Round 5: Science related music Round 6: World flags Round 7: Logos