Lesson consisting of: Do now activity of 4 retrieval questions. Followed by notes and worked examples following an “I do” then “we do” approach, then independent practice questions. Each retrieval question has a second version to support review if needed. Topics covered in “I do”, “We do”, “Independent practice” are parallel lines (corresponding angles, alternate angles and interior angles), and angles in special quadrilaterals (includes notes that can be printed out covering angles in special triangles and special quadrilaterals). Copies of questions as question sheets are included as separate documents (version 2 reduces printing for each set) Student notes on special triangles and special quadrilaterals included as a separate document Student notes on a review of angle facts included as a separate document.

Question sheet with GCSE questions covering: Applying properties of angles about a point, Applying properties of angles at a point Applying properties of vertically opposite angles Applying properties of angles in a triangle. Involves creating and solving equations. version 2 reduces printing

Lesson consisting of: Do now activity of 4 retrieval questions. Followed by review of previous ideas on angles, notes and worked examples following an “I do” then “we do” approach, then independent practice questions and answers ready for marking. Topics covered in “I do”, “We do”, “Independent practice” are: angles about a point, angles about a point on a line, vertically opposite angles and angles in a triangle. Copies of questions as question sheets are included as separate documents (version 2 reduces printing).

Question sheet with GCSE questions covering: Angle properties of special quadrilaterals applying parallel line rules in quadrilaterals, version 2 reduces printing

Question sheet with GCSE questions covering: Parallel lines Vertically opposite angles Involves creating and solving equations for some questions. version 2 reduces printing

A fun end of year quiz that can be used in tutor time or a lesson. 6 rounds plus a bonus 7th round that can be used as extra points to help make it closer between teams or as a tie-breaker round. Rounds 1 - 5 have two versions - one with multiple choice options and one without - topics are films released since September 2025, Music from 2025/2026, World Cup - Name the country, Space travel (Artemis II), Literary Anniversaries 2026, is 2026 a mathematically boring year? and the final bonus nearest guess round. 62 questions in total.

A review resource that can be used to recap/revise or reinforce learning on infection and response. The booklet covers key information on the size and mass of atoms, relative atomic mass, atomic structure, the periodic table. Students can work independently through the booklet or can be used as a class resource. It was designed for students who were unable to attend class due to illness/anxiety/suspension. The later pages should only be used for students of higher ability.

A review resource that can be used to recap/revise or reinforce learning on energy. The booklet covers key information on identifying energy stores and energy transfers, calculating efficiency, explaining ways to reduce energy loss. Students can work independently through the booklet or can be used as a class resource. It was designed for students who were unable to attend class due to illness/anxiety/suspension. There are passages for students to read as well as questions for students to answer reviewing the text.

A review resource that can be used to recap/revise or reinforce learning on infection and response. The booklet covers key information of pathogens and disease transmission, the human defense system and vaccinations and the immune system and antibiotics. Students can work independently through the booklet or can be used as a class resource.

A review resource that can be used to recap/revise or reinforce learning on Cell structure. The booklet covers key information of eukaryotes and prokaryotes, animal and plant cells, cell division (mitosis), transportation in cells (diffusion, osmosis and active transport). Students can work independently through the booklet or can be used as a class resource.