Two verticals masts on a horizontal base have ropes tethered to each other’s base. The challenge is to find the height at which the ropes cross. When working on numerical examples, it becomes...

This is one of a suite of continuing professional development (CPD) units from the Department of Education covering the five ‘key ideas’ at Key Stage Three (cells, interdependence, particles, forces and energy). It links with the...

This is one of a suite of continuing professional development (CPD) units from the Department of Education covering the five ‘key ideas’ at Key Stage Three (cells, interdependence, particles, forces and energy). It links with the...

This is one of a suite of continuing professional development (CPD) units from the Department for Education covering the five ‘key ideas’ at Key Stage Three (cells, interdependence, particles, forces and energy). It links with the 2002 Framework for Teaching Science:...

This is a complementary unit from the Department for Education to a suite of continuing professional development (CPD) units covering the five ‘key ideas’ at Key Stage Three (cells, interdependence, particles, forces and energy).

This is one of a suite of CPD units from the Department for Education covering the five ‘key ideas’ at Key Stage Three (cells, interdependence, particles, forces and energy). It links with the ...

This is one of a suite of continuing professional development (CPD) units from the Department for Education covering the five ‘key ideas’ at Key Stage Three (cells, interdependence, particles, forces and energy). It links with the...

This is one of a suite of continuing professional development (CPD) units from the Department for Education covering the five ‘key ideas’ at Key Stage Three (cells, interdependence, particles, forces and energy). It links with the 2002 Framework for Teaching Science:...

This Core Maths task introduces the Stroop Effect. Students are asked to design and conduct an experiment to test the effect.

Stroop Effect: Front Sheet
This teacher guidance gives an overview of the task including prior student knowledge, suggested approaches and possible extensions....

In this starter activity, students investigate the design of the O² Dublin building in terms of structure. They look specifically at the requirements of the building and the constraints in terms of structural design and also the solution provided. This can...

Using a case study, students investigate the design of the O² Dublin building and Stansted Airport in terms of structure. They look specifically at the requirements of the building and the constraints in terms of structural design and also the solution...

This practical activity challenges students to design and engineer a roof structure that will span an area of 500mm x 300mm with specific constraints on the materials and construction methods used. They also identify which pieces (members) of the structure are in...

From the Integrating Mathematical Problem Solving project by Mathematics in Education and Industry (MEI), this activity shows how, when introducing a new way of doing things, it is useful to model how it is likely to work. When comparing the value of money over a period of years, inflation needs to be taken into...

From the Integrating Mathematical Problem Solving project by Mathematics in Education and Industry (MEI), this activity shows how changing the assumptions which a model is based on can change the way it behaves. It is important to compare predictions from a model to what we know happens in real life. This unit...

This booklet is part of the ‘Innovations in Practical Work’ series published by the Gatsby Science Enhancement Programme (SEP). Understanding the idea of a ‘substance’ is central to making sense of the variety of materials in the world and the way that they change. Research on students’ understanding shows that...