This is one of 8 forces and motion lessons built for the new 9-1 Edexcel specification. Each lesson has lots of worked examples and key revision points. The lessons make a focus of the revision of the equations, symbols and units. Each lesson has a starter/ recap of prior knowledge, main section that works through worked examples which can even be used my non specialists and ends with 10 differentiated questions. There is a lesson break down at the start of each lesson and a homework slide. Learning Targets Be able to use and rearrange an equation to calculate weight. Describe how weight can be measured Describe the relationship between the weight of a body and gravity

This lesson covers the required practical for the Edexcel 9-1 course. The presentation guides pupils through all the stages of the investigation and gives tips for how to complete each stage. Includes a slide of the required equipment for the technicians.

This is one of 8 forces and motion lessons built for the new 9-1 Edexcel specification. Each lesson has lots of worked examples and key revision points. The lessons make a focus of the revision of the equations, symbols and units. Each lesson has a starter/ recap of prior knowledge, main section that works through worked examples which can even be used my non specialists and ends with 10 differentiated questions. There is a lesson break down at the start of each lesson and a homework slide. Learning Targets Recall and be able to use the momentum equation Describe momentum within collisions and apply Newton's Second Law

This is one of 8 forces and motion lessons built for the new 9-1 specification. Each lesson has lots of worked examples and key revision points. The lessons make a focus of the revision of the equations, symbols and units. Each lesson has a starter/ recap of prior knowledge, main section that works through worked examples which can even be used my non specialists and ends with 10 differentiated questions. There is a lesson break down at the start of each lesson and a homework slide. Learning Targets Be able to use and rearrange the equation speed= distance/time Explain how to measure the speed of an object Be able to describe the speed of a journey on a distance time graph Be able to calculate the average speed from a distance time graph Recall some typical speeds experienced in everyday life.

Revision mat of the GCSE 9-1 Edexcel Conservation of Energy topic. There are some fill in the blanks, true or false and general questions. Includes answers

Newton's Three Laws application questions with answers can be used within the Forces and Motion lesson 7 on my page. There are 4 questions that can be fit into a 15 min section of a lesson or could be set as a homework task. Answers on the bottom of the page. Examples that cover all three laws

This is one of 8 forces and motion lessons built for the new 9-1 Edexcel specification. Each lesson has lots of worked examples and key revision points. The lessons make a focus of the revision of the equations, symbols and units. Each lesson has a starter/ recap of prior knowledge, main section that works through worked examples which can even be used my non specialists and ends with 10 differentiated questions. There is a lesson break down at the start of each lesson and a homework slide. Learning Targets Recall what stopping distance is Explain factors that effect stopping distance Describe the forces that occur in stopping suddenly and apply Newton’s three laws

This is one of 8 Forces and Motion lessons built for the new 9-1 Edexcel specification. Each lesson has lots of worked examples and key revision points. The lessons make a focus of the revision of the equations, symbols and units. Each lesson has a starter/ recap of prior knowledge, main section that works through worked examples which can even be used my non specialists and ends with 10 differentiated questions. There is a lesson break down at the start of each lesson and a homework slide. Learning Targets Be able to use and apply Newton’s 3 laws to forces and motion examples Be able to explain what centripetal force and inertia are