This Core Maths resource looks at the recently developed technique of rehydroxylation for dating ceramic objects using an exponential growth model. The resource allows students the opportunity to apply their knowledge of growth and decay, along with logarithms, to a genuine scientific process.

The premise of this activity is that the school is sending a rover to Mars. Its mission is to search for evidence that life has ever existed there. It is the job of the class to decide where the rover should land on Mars. They will do this by working in groups and investigating six potential landing sites and...

Standards Unit: Improving Learning in Mathematics activities to support the learning of decision and mechanics. The 'Active Learning' session plans including starting points, processes and photocopiable resources.

Materials

* Moving from Eulerian graphs to the route inspection (Chinese postman)...

This book, first published in 1981 by the Association for Science Education (ASE) and Schools Council, looks at the range of decisions that staff in science departments are required to make and the problems associated with making them.

This report was the output of the Science Education Project set up after...

This resource, provided by Anne Watson, Els De Geest and Stephanie Prestage, describes how a group of ten teachers taught low attaining groups in secondary school, and what features were seen to be important. The teachers had a shared commitment to improving the attainment of their lowest attaining students by...

Many 'early-adopter' centres around the country were able to achieve the delivery of Core Maths ‘at scale’ quite early on. Delivering the course at scale means that fifty percent or more of the eligible cohort of students (all those who have a GCSE Grade C or above) are studying Core Maths in the year group. 

This film is about the art and theatre of delivering scientific demonstrations, why we do them and how to ensure they deliver the desired learning outcomes. It is important for teachers to consider what it is they want students to observe before carrying out a demonstration. Alom Shaha describes a technique called...

The Nuffield Foundation provides this activity which can be used to review students' knowledge of the derivatives of quadratic and cubic functions and their graphs. The slideshow provides an introduction by considering a quadratic example and a cubic example.

Aerospace engineers need to take into account the heat generated when the space craft move through the atmosphere at extreme speeds, both during launch and at re-entry, as without proper thermal protection the space craft could be destroyed. Insulating blankets, foams and tiles are used to protect the spacecraft....

Produced in 1995, this publication, written by Ofsted at the request of the Department for Education, identifies some characteristics of good practice in Design and Technology at Key Stages Three and Four, and was aimed at those who are responsible for planning, organising and teaching Design and Technology in...

This resource, from the University of Nottingham, describes a number of investigations which could be carried out in heathland habitats. Heathlands are excellent habitats to use for designing and carrying out experiments. Plants are often relatively easy to identify when compared with other habitats and...

This Core Maths activity covers the key points to consider when designing an effective questionnaire.

It is suitable for a whole-class introduction to the topic, providing ample opportunities for group discussion. The practical task enables students to design their own...

As the number of cells in a microbial culture increases, turbidity increases. In this experiment students calculate doubling time and growth rate constant using absorbance as the measure of growth. Turbidity is caused by suspended cells in the growth medium scattering light, and may be measured using a colorimeter...

This experiment is a continuation of Determining Doubling Time. Students create a standard curve of absorbance against yeast concentration, and use this to determine the concentration of yeast produced over time.

The standard curve (dry mass, grams per litre) is generated from known concentrations of dried...