This MEP resource from CIMT is taken from text book 7A which covers the mathematics scheme of work for the first half of year 7. This resource covers the drawing of graphs and hence the formation of cartesian axes and plotting points including: scatter graphs, plotting points using coordinates, negative numbers on...

This SMILE resource contains two packs of games, investigations, worksheets and practical activities supporting the teaching and learning of graphs, from simple mappings to identifying quadratic graphs.

Graphs pack one contains fifteen work cards with a wide variety of activities covering...

This Durham Maths Mystery is designed to extend high achieving GCSE students and for use with students studying mathematics post-16.

Task 1A: students are presented with a blank three by three grid and twenty fact cards. Students have to use the clues on the fact cards to help them sketch...

This MEP resource from CIMT is taken from text book 9B which covers the mathematics scheme of work for the second half of year 9.

Graphs, equations and inequalities covers: linear inequalities on a number line, solving linear inequalities, a recap of the equation of a straight line, graphs of quadratic...

This report summarises the activities undertaken in Froglife’s Grass Roots, Green Shoots Project which ran from July 2006-December 2007. The project involved environmental education sessions with a strong social inclusion element. It aimed to help young people improve their local environment, and develop their self...

This video begins by introducing the three forms of potential energy (gravitational, electric and elastic). The formula Ep=mgh is derived by applying Newton’s second law (F=mg) and work done (w=Fs).  

This Catalyst article explores gravitational waves which have been observed for the first time, a century after they were first predicted by Albert Einstein.

This article is from Catalyst: Secondary Science Review 2016, Volume 26, Issue 4.

Resources all about the topic of gravity.

These diagnostic questions and response activities (contained in the zip file) support students in being able to:

• Describe how gravity acts on objects near to the Earth

• Describe how gravity acts towards the centre of the Earth (or other astronomical body)

• ...

Within this lesson, students will learn about the classical force of gravity, put forward by Newton. They will learn the difference between mass and weight, the equation that relates the two and perform an investigation into the strength of gravity on Earth. Students will then use a 3D model of space to better...

This simulation allows students to visualise the gravitational force that two objects exert on each other. It is possible to change properties of the objects in order to see how that changes the gravitational force between them.

The simulation can be used to:

*Relate gravitational force to the masses...

A quick revision activity, from the ASE SYCD: Science Year Primary CD-ROM, for the whole class on gravity and space.

This resource enables the teacher to assess the effectiveness of the teaching and level of knowledge and understanding in the class in an interesting and exciting context.

Apart from...

In this STEM activity, pupils will perform an experiment showing how the effects of air pressure can be used to seemingly defy gravity. Pupils will fill a glass with water, place a piece of card over it and turn it upside down, giving the opportunity to discuss how and why the water stays in the glass. This...

Find something you couldn’t live without; create an interesting shadow…

Students can follow their curiosity and work together to complete the challenges while exploring the fascinating world around them.

This activity can be used in any setting: try it in the school playground, around the home or on a...