New GCSE lesson on hydrocarbons and introducing alkanes to the students. When looking at the different properties of the different length hydrocarbon chains the practical demo I did was to show them 'short chain' alkanes and 'long chain' alkanes and compare the two. The students then wrote down the results a table which is shown in the lesson. Learning Objectives: Describe what crude oil is and where it has come from Draw out and identify alkanes using molecular and displayed formulae Explain the properties of different chain length alkanes

New GCSE lesson on rusting for the AQA syllabus. Previous lesson I had the students set up the practical (nails in different conditions) to be ready to look at in this lesson. Differentiated throughout and scaffolded exam question also provided for plenary or homework. Learning Objectives: Describe what rusting is and the factors that cause it to happen Explain how different methods can prevent rusting from occurring Justify why alloys are used

A lesson created for the maths department to use during science week, looking at graph work and relative formula mass. Can be used in science lessons too! Differentiated throughout. Learning Objectives: Describe what is needed to draw a graph Calculate the relative formula mass of compounds Analyse equations to work out the mass of unknown substances

These flashcards are based on fact recall for Chemistry paper 1. They are aimed at combined science students, but easily adapted for separate science students. They are a great activity for class, homework or extended days. Relevant for both year 10 and year 11 students.

Lesson looking at the blast furnace and using displacement to extract the iron. Includes the experiment using a matchstick to extract iron (instructions in the lesson). Has a fantastic (in my opinion) plenary using Lego characters to answer questions. The students collect different strips of paper with different questions and Lego parts to construct a Lego character, the students loved it! DIfferentiated questions throughout. Learning Objectives: Describe the process of extracting iron Describe how carbon is used in a blast furnace to remove metal from its ore Evaluate the advantages and disadvantages of the process

New GCSE lessons on the periodic table. Looking at the evolution of the periodic table and the properties of group 1, 7 and 0.

New GCSE lesson on reversible reaction for the AQAA syllabus

New GCSE lesson on the greenhouse effect for the new AQA syllabus. Practise at a 6 mark question. All exam questions included with mark schemes. Learning Objectives: Identify greenhouse gases Explain how the greenhouse effect occurs Discuss the causes and effects of global warming

New GCSE lesson on potable water for the AQA syllabus. For the required practical I used the practical sheets provided by the AQA exam board. Exam questions and answers included. Learning Objectives: Describe the differences between potable and pure water Explain the process of desalination Evaluate the steps used to produce potable water

New GCSE lesson on covalent bonding for the AQA syllabus. Differentiated tasks throughout and a little reflection on ionic bonding. Learning Objectives: Describe the bonding between non metals Compare the difference between ionic and covalent bonding Draw out Covalent bonds

New GCSE lesson on sewage treatment and the steps involved for the AQA syllabus. Practical involved was the distillation of sea water and the tests involved before and after. The information sheets mentioned in the power point were pages printed from the text book. Learning Objectives: Explain the processes involved in testing the salinity of water Explain the process in treating sewage Analyse the stages in the treatment of sewage

New GCSE lesson on giant structures for the AQA syllabus. Differentiated worksheets and graphite vs diamond sheet included. Learning Objectives: Explain the properties of metallic bonding Compare the properties of diamond and graphite

New GCSE lesson on chromatography for the AQA syllabus. Looks at calculating the retention factor of food colourings. Differentiation throughout and exam questions included. Learning Objectives: Describe what chromatography is Explain the steps in creating a chromatogram Calculate the retention factor of different food colourings

On of a series of 'maths in science' activities. They are differentiated and include a DIRT activity for students to reflect and improve from the first set of questions.

One of a series of 'maths in science' activities. They are differentiated and include a DIRT activity for students to reflect and improve from the first set of questions.

A set of homeworks for KS3 students to research development in medicine. Created to be completed in a half term as a group of weekly tasks.

This GCSE revision booklet contains a selection of activities which enable students to consolidate their understanding of the topic. The resource will show students many different ways to revise for their upcoming exams. The resource is suitable for year 10 and year 11.

These sheets are to help students revise the required practicals that they need to know now for the new GCSE specifications. It contains all the Chemistry required practicals for both combined and triple. They could be used with Year 10 or 11. Each sheet has differentiated questions. They could be used in lessons, for homework or in extended days for Year 11 students.