In this task students are required to estimate dimensions and use given densities to calculate an estimate for the mass of a number of objects. Calculators and/or spreadsheets are recommended when substituting into the formulae for the volume and mass of the solids.

The teachers' notes give a suggested...

These evidence-based, question and answer style classroom resources can be used to engage students of all ages...

These evidence-based, question and answer style classroom resources can be used to engage students in the climate...

Students investigate why some plastic cups collapse when filled with hot water and some don't.  They compare the effect of hot water on a range of cups and relate their findings to the properties of the plasticsused for each cup:  whether it is biodegradable or not, its melting...

This resource, from the Royal Observatory Greenwich, has a video that introduces 'light' as the electromagnetic spectrum and how an electromagnetic wave is made. It discusses the wavelength, speed and frequency of electromagnetic waves and how we can detect them. How light interacts with matter and the concept of...

This resource looks at life-cycle analysis and how it is used to work out the environmental impact of different products.

This open ended Core Maths task, suitable for group work, provides opportunities for work with number, statistics, graphs and spreadsheets.

Students are given a data sheet about plastic bottle production at three factory sites. The data includes cost of heating, lighting and ...

Produced by ARKive, a database of stunning natural history images, this activity is designed to teach students aged 11 to 14 about the identifiable features of different types of animals and how they are classified. The activity is also suitable for students aged 14 to 16 and beyond. Using a quiz format, students...

This Core Maths task explores how standardised scores can be used to make comparisons.

The materials include a list of pupils and their marks in different subjects. They also contain the mean and standard deviation scores for each subject. By standardising the scores the...

In this activity, alcohol and air are mixed in a large plastic water bottle before being ignited, to simulate the physics principles of...

From Rolls-Royce, these materials are designed to show students the exciting range of careers that are available for students with science, technology, engineering or mathematics skills.

This resource aims to help students see the link between classroom STEM subjects and opportunities in the world of work....

In this activity, students explore the requirements of aerodynamic design through testing simple shapes in a wind tunnel and explain the link between the test results from a wind tunnel and air resistance. The activity focuses on students acquiring an understanding of...

Purpose: The use of sensors to measure variables in practical science activities has long been linked to the use of data loggers. This is no longer the case. Free software apps on mobile devices can link directly to one or more wireless enabled sensors. This significantly reduces cost and complexity, whilst...

The materials in this National Strategies resource help teaching assistants to develop their role in supporting assessment for learning (AfL) in the classroom by promoting and embedding good practice in partnership with teachers.

Throughout the resource, teaching assistants reflect on and evaluate their role...

This resource from the Institute of Physics (IOP), describes how X-rays can be used to image the body. The X-rays video, taken from an IOP Schools and Colleges lecture, describes how Roentgen discovered how to image using X-rays, in his lab. The lecture also describes how barium and iodine can be used to to image...