A complete lesson as per the specificaiton for AQA combined science and GCSE chemistry. This lesson follows on from balancing chemical equations. Introduces a definition for relative formula mass and associated calculations.

A series of slides that cover a range of aspects associated with graphs in science (variables, plotting, gradients, correlation and describing trends)

Revision of chemical reactions and conservation of mass using diagram based equations.

A complete lesson as per the specificaiton for AQA combined science and GCSE chemistry. This lesson follows on from a lesson on ‘Chemical Measurements’. Introduction to Avogadros constant, relating relative formula mass and mass to number of particles.

Complete set of lesson slides and activities for the teaching of alcohols at A-Level

Assess knowledge of bonding, structure and properties of substances through trial and error.

Simple activity that shows conservation of mass through calculations. The use of equations with state symbols challenges students to think of situations where mass ‘appears’ to increase or decrease. This resource is complete with mark scheme and additional slides to support teaching.

Simple activity that shows conservation of mass through calculations. The use of equations with state symbols challenges students to think of situations where mass ‘appears’ to increase or decrease.

A set of slides to help you plan a neutralisation investigation as well as carry out evaluation focusing on mean calculations and graph skills.

Conservation of mass and balanced chemical equations The first lesson as part of AQA quantitative chemistry for GCSE chemistry. Complete lesson with associated practice questions

Complete set of lesson slides for GCSE homeostasis (Nervous and hormone response)

A complete lesson as per the specificaiton for AQA combined science and GCSE chemistry. This lesson follows on from a lesson on ‘Chemical Measurements’ Builds on prior knowledge of solutions and understanding of how concentration can be changed. Worked examples of calculations and additional worksheet.

A complete set of lessons that cover the AQA specification at foundation tier. Associated worksheets are also attached. Please let me know, your experience of teaching quantitative chemistry!

AQA GCSE Biology lesson on decompostion as part of wider topic of ecology. Recall of cell organisation, Respiration and Photosynthesis. Introduction to core practical. Slides are easily adaptable.

A complete lesson as per the specificaiton for AQA combined science and GCSE chemistry. This lesson follows on from a lesson on ‘Moles. Further practice using the mole. Calulating the mass of reactants and/or products using balanced symbol equations

A complete lesson as per the specificaiton for AQA combined science and GCSE chemistry. This lesson follows on from a lesson on ‘Amounts of substances in equations’. Using mole calculations to find the simplest whole ratio between reactants and products in a balanced symbol equation.

Lesson that identifies examples of inherited variation opposed to environmental examples, and distinguishes between continuous and discontinuous variation.

A complete set of lessons that cover the AQA combined science specification. Slides contain concise explanations and numerous worked examples. Associated worksheets are also included. Please let me know about your experience of teaching quantitative chemistry! Conservation of mass and balanced chemical equations Relative formula mass Mass changes when a reactant or product is a gas Chemical measurements Moles (HT only) Amounts of substances in equations (HT only) Using moles to balance equations (HT only) Limiting reactants (HT only) Concentration of solutions

A complete lesson as per the specificaiton for AQA combined science and GCSE chemistry. This lesson follows on from a lesson on ‘Using moles to balance equations’. Define limiting and excess reactants. To determine limiting reactants using mole calculations and ratios from balanced equations. To make predictions about the quantity of products that are produced.

Small scale version of using quadrats, random number generators to estimate the abundance of daisies in a field. A3 field Mini quadrat cut outs Additional slides that can be easily adapted to suit most lessons. A4 Transects from wooded area, grass, trampled path.