A short booklet of questions for students to solve over the summer between GCSE and A level.

Several word documents with content concerning women in physics and jobs in physics. These displays are in line with IoP recommendations to promote women in physics.

This PowerPoint presentation with worked examples and student questions covers: • Definition of efficiency • Analysing and constructing Sankey diagrams • Using the efficiency equation • Rearranging the efficiency equation

GCSE OCR Physics: Building A Motor powerpoint with instruction on how to construct a motor activity.

This PowerPoint presentation with worked examples and student questions covers: • Naming electrolysis experimental set up • PANIC convention for electrodes • Electron transfers at electrodes • Half-equations for anode and cathode

A simple scientist of the week reward system display is included which highlights women and PoC in STEM jobs.

This presentation covers OCR Gateway Physics 9-1 P1.1.1 Covers: Scientific Models Ancient Greek Model Dalton’s Model JJ Thomson’s model

This presentation covers: Celsius and Kelvin temperature scales Physical and Chemical Changes Absolute zero

Included are 9 lessons with tips on how to learn the equations for GCSE Physics.

This presentation includes: Why scientific models change over time Electric charge Rutherford’s atomic model Rutherford’s experiment Bohr’s atomic model

This presentation includes: What is a scientific model Why scientific models change over time The Ancient Greek Model John Dalton’s Model Thomson’s Plum-Pudding Model

This presentation covers diversity in physics both within the physics community and also with the breadth of what is classified as physics. It contains class activities, a video, and also a research task which could be completed as a class task or as set homework.

Middle term plan for OCR Gateway Physics P1 This coveres: Code Combined or Triple Number of lessons Math Skills Equations Introduced Skills Developed Content Covered Practical or Demo

Middle term plan for OCR Gateway Physics P2 This coveres: Code Combined or Triple Number of lessons Math Skills Equations Introduced Skills Developed Content Covered Practical or Demo

This presentation covers OCR Gateway Biology 9-1 B2.1.5 Cell Differentiation This PowerPoint is a whole lessons included with student activities and animated answers. Describing the structure of the following cells: Sperm cell Fat cell Red blood cells Ciliated cells Palisade cells

This presentation covers OCR Gateway Biology 9-1 B2.1.4 Mitosis This PowerPoint is a whole lessons included with student activities and animated answers. The cell cycle DNA replication Movement of chromosomes Cytokinesis (cell division) Growth of daughter cells.

This presentation covers OCR Gateway Biology 9-1 B2.1.3 Active Transport This PowerPoint is a whole lessons included with student activities and animated answers. Definition of active transport Key features of active transport Against concentration gradient. ATP and respiration Protein carriers in cell membrane Active transport in plant cells - root hair cells Active transport and protein carriers

This presentation covers OCR Gateway Biology 9-1 B2.1.2 Osmosis This PowerPoint is a whole lessons included with student activities and animated answers. Definition of osmosis. Explaining water potential and concentration of solution. How cells change during osmosis - turgid, lysis, crenated, plasmolysed

This presentation covers OCR Gateway Biology 9-1 B2.1.1 Diffusion This PowerPoint is a whole lessons included with student activities and animated answers. Definition of diffusion from high concentration to lower concentration. What diffuses in and out of cells. How the rate of diffusion is affected by distance, surface area, and concentration gradient. How the human body has adapted to increase the rate of diffusion.

This presentation covers OCR Gateway Biology 9-1 B1.4.4 Interaction of limiting factors This PowerPoint is a whole lessons included with student activities and animated answers. Experimental procedures to investigate how the rate of photosynthesis is affected by: Light level Temperature Carbon dioxide concentration Inverse square law for relative light intensity