These The Centre for Industry Education Collaboration (CIEC) resources look at forces in real-life contexts. Students have an opportunity to learn about the properties of air and air resistance.

The context is that of a transport company looking for ways to reduce the drag of their lorries and so improve...

This resource provides examples of solving problems using Fermi Estimates. These examples are similar to the ones covered in the resource "Estimates From Limited Data". The tasks may be suitable for group and internet access may be beneficial.

This resource contains a short presentation which introduces three problems where approximate solutions can be calculated.

The first activity asks students to use Fermi estimation to calculate the quantity of tea used in China in a three month period. Students are also invited to calculate an estimate of the...

‘A secret of bees’ is a series of 7 problems that looks at an interesting feature of the family tree for bees. The series shows how to take a complicated problem and break it down into manageable parts. It is recommended that the sheets are given to students one at a time.

Initially a family tree for bees is...

‘Ball bouncing’ is a series of 7 problems that looks at what happens if you put a tennis ball on top of a basketball and then drop them both. This is done through mathematical modelling. The series shows how to take a complicated problem and break it down into manageable parts. It is recommended that the sheets are...

‘Interstellar flight’ is a series of 7 problems that plan for establishing a base in another solar system. The first four problems involve getting to the base, the final three focus on what to bring and whom to take along.

The mathematics required for the first problems include use of the formulae for...

This problem serves as an introduction to the ideas of Fermi problems. The question posed is ‘how many dump trucks would you need to move Mount Fuji, a major mountain in Japan?’
The topics required to complete this problem are calculating the volume of a pyramid, working out mass from density and volume, and...

This Cre8ate maths activity allows the opportunity to discuss the modelling function of mathematics. The tasks allow students to develop their own strategies and to consider the idea of an ‘efficient’ algorithm. In addition, 'First fit and full bins' activity involves work on ratio and pie charts.

This resource supports the teaching of instrumental analysis, including gas chromatography - mass spectrometry  (GS-MS) time of flight mass spectrometry, using the context of archaeology. This is done by relating the use of solvents, chromatography and mass spectrometry techniques to discoveries from the study of...

This booklet is part of the ‘Innovations in Practical Work’ series published by the Gatsby Science Enhancement Programme (SEP). New applications for traditional fabrics are being found, but increasingly, fibres and fabrics are engineered for specific purposes. Much...

The Teaching Primary Science book Fibres and fabrics contains many suggestions for classroom work about fabrics and paper, both of which are made from fibres. It begins with a discussion of some of the problems of teaching and organising this topic and considers how...

This guide, from triple science support, offers background information and practical suggestions to support practice when teaching about fieldwork and gives suggestions for securing progression and follow up activities. The guide provides advice on how fieldwork can support the following areas of the curriculum:...

This Salters’ Chemistry Course unit from the University of York Science Education Group covered:
* The use and importance of germicides.
* The chemist's role in public health.
* Some of the chemical reactions inside our bodies.
* The function and...

This one-hour lesson introduces the Internet of Things to students, through the context of fire fighting.

Students explore the user needs of a modern firefighter and how different Internet of Things technologies could improve their...