Interactive Who Wants to be a Millionaire Quiz on Conduction, Convection and Radiation

A4 Poster for GCSE Science students to get to grips with how to go about answering 6 mark extended writing answers in exams. This poster focuses on how to answer 6 mark questions asking students to 'Describe/Devise an experiment...'. The poster covers possible question stems, an overview of what is needed for each levelled response, a structured guide on how to answer this type of question and a model answer for students to study. Useful for GCSE revision of exam technique, but also suitable for classroom displays and classroom teaching of examination technique

This is a high quality, ready to go lesson with comprehensive lesson plan and differentiated student activities based around the Key Stage 3 Working Scientifically topic from the Activate Scheme of Work. This particular lesson focuses on asking scientific questions and identifying the three types of variables.

Drag Forces and Friction. This high quality, ready to go lesson is suitable for Key Stage 3 students and is based upon the Forces topic from the Activate Scheme of Work. It includes an attractive, student friendly PowerPoint presentation that includes differentiated lesson objectives and tasks, keywords for the lesson and an opportunity for reflection on the learning that has taken place. It also includes a 2-page differentiated teacher’s lesson plan with comprehensive guidance and a student practical worksheet. This lesson teaches students: What friction is What causes friction How to investigate the frictional force caused by different surfaces How to analyse data collected and draw conclusions What drag is Check out these other great resources: Introduction to Forces Squashing and Stretching Forces Forces at a Distance Balanced and Unbalanced Forces

This is a high quality, ready to go lesson with comprehensive lesson plan and differentiated student activities based around the Key Stage 3 Working Scientifically topic from the Activate Scheme of Work. This particular lesson focuses on asking scientific questions and identifying the three types of variables.

Forces at a Distance. This high quality, ready to go lesson is suitable for Key Stage 3 students and is based upon the Forces topic from the Activate Scheme of Work. It includes an attractive, student friendly PowerPoint presentation that includes differentiated lesson objectives and tasks, keywords for the lesson and an opportunity for reflection on the learning that has taken place. It also includes a 2-page differentiated teacher’s lesson plan with comprehensive guidance. This lesson teaches students: What a non-contact force is and examples of these What the differences between mass and weight are How to calculate weight using the equation weight = mass x gravity Check out these other great resources: Introduction to Forces Squashing and Stretching Forces Drag Forces and Friction Balanced and Unbalanced Forces

Balanced and Unbalanced Forces. This high quality, ready to go lesson is suitable for Key Stage 3 students and is based upon the Forces topic from the Activate Scheme of Work. It includes an attractive, student friendly PowerPoint presentation that includes differentiated lesson objectives and tasks, keywords for the lesson and an opportunity for reflection on the learning that has taken place. It also includes a 2-page differentiated teacher’s lesson plan with comprehensive guidance and a student worksheet. This lesson teaches students: What balanced and unbalanced forces are What the effects of unbalanced forces are How to calculate resultant forces Check out these other great resources: Introduction to Forces Squashing and Stretching Forces Drag Forces and Friction Forces at a Distance

Squashing and Stretching Forces. This high quality, ready to go lesson is suitable for Key Stage 3 students and is based upon the Forces topic from the Activate Scheme of Work. It includes an attractive, student friendly PowerPoint presentation that includes differentiated lesson objectives and tasks, keywords for the lesson and an opportunity for reflection on the learning that has taken place. It also includes a 2-page differentiated teacher’s lesson plan with comprehensive guidance and a student practical worksheet. This lesson teaches students: How forces can deform objects What a reaction force is How to explain how solid surfaces provide a support force How to investigate Hooke’s Law Check out these other great resources: Introduction to Forces Squashing and Stretching Forces Drag Forces and Friction Forces at a Distance Balanced and Unbalanced Forces

Introduction to Forces. This high quality, ready to go lesson is suitable for Key Stage 3 students and is based upon the Forces topic from the Activate Scheme of Work. It includes an attractive, student friendly PowerPoint presentation that includes differentiated lesson objectives and tasks, keywords for the lesson and an opportunity for reflection on the learning that has taken place. It also includes a 2-page differentiated teacher’s lesson plan with comprehensive guidance on all activities and two differentiated student practical worksheets. This lesson teaches students: What forces do The difference between contact and non-contact forces The concept of forces acting in pairs How to measure forces using a Newtonmetre Check out these other great resources: Squashing and Stretching Forces Drag Forces and Friction Forces at a Distance Balanced and Unbalanced Forces

Recording Data. This high quality, ready to go lesson is suitable for Key Stage 3 students and is based upon the Working Scientifically topic from the Activate Scheme of Work. It includes an attractive, student friendly PowerPoint presentation that includes differentiated lesson objectives and tasks, keywords for the lesson and an opportunity for reflection on the learning that has taken place. It also includes a 2-page differentiated teacher’s lesson plan with comprehensive guidance and differentiated student practical worksheets with corresponding answer sheets. This lesson teaches students: How to correctly construct results tables What outliers/anomalous results are How to calculate mean averages Check out these other great resources: Asking Scientific Questions Planning Investigations