This activity, from the Institution of Engineering and Technology (IET), looks at how the boomerang works from design and scientific principles. Students explore how aerodynamic forces affect the flight of objects, relate the design features of the boomerang to its path...

This video shows Angelo Grubisic, an aerospace engineer who combines his love of wingsuit BASE jumping with his engineering knowledge to develop the world's most scientifically engineered wingsuit.

From Nelson Thornes, these materials are aimed at A2 level students and help them to understand the energy changes involved in Born-Haber cycles. The student activity sheet follows on from the study of Born-Haber cycles and the calculation of lattice enthalpies. The activities requires students to apply this...

Shapes and patterns can be found all around us – from flowers to footballs, seashells to staircases. In this activity, simple lines drawn on bottle tops or jam jar lids provide a fun way into the wonderful world of geometry.

Learning outcomes:

• Investigate position, direction and movement of...

The first sheet of this excel file shows a box and whisker diagram where the defining points can be altered. The second sheet shows two box and whisker diagrams to allow comparison between distributions. The next sheet shows a box and whisker diagram for students to...

In this resource from CensusAtSchool, students are guided through the use of box and whisker plots and the use of quartiles and the interquartile range. Students compare two sets of data of student heights by drawing box and whisker plots.

This is an opportunity to use graphic calculators.

This puzzle is idea for use when teaching nets. Six nets are presented and the challenge is to decide which can be folded into a cuboid. The nets are provided in a format that allows for cutting out to test answers. This resource is suitable for Key Stage 3.

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In this Core Maths task students investigate how to make a box of maximum volume from a given square of card. The ultimate objective is to model a method to work out a box of maximum volume for any size of rectangle.

The activity sheet outlines the task for students.

This Study Plus unit from the National Strategies develops an understanding of volume and surface area of 3D objects through exploring nets.

There are opportunities for practical work in all of the lessons. The unit looks at perimeter, area and volume in context. In addition, there are opportunities to...

Boxes and bottles come in all shapes and sizes. These Cre8ate maths activities explore some of the mathematics behind packaging decisions taken by manufacturers, they provide a platform for students to make conjectures and find efficient ways of recording results to justify claims they have made. In Boxing stock...

This Science upd8 activity draws on research which shows that young female chimps learn survival skills faster and more effectively than males.

Their sex-based learning differences are similar to those of humans! In this activity students look at research evidence and decide whether learning differences are...

This resource contains two excel programs; ‘Removing and Collecting Like Terms’ and ‘Multiplying Out and Simplifying’, each containing a series of interactive spreadsheets designed to explore how to deal with brackets.

The problem starts with choosing three distinct, non-zero integers between -5 and 5 that do not sum to zero. These are then used in a six factorisations that make use of...

This activity covers the compact method of coding used by Braille. It explores calculating the number of different patterns that exist using a 3 x 2 design.

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Braille is a system of dots which enables blind people to read and this resource, from the Centre for Innovation in Mathematics Teaching, provides the opportunity for students to explore the patterns used in this code. The activities are designed to prompt class discussion and mathematical thinking, while engaging...