This Nuffield Advanced Physics Unit covered topic of about waves and oscillations. In the form and order suggested, it was intended to suit students who have been through the work on waves in the  Nuffield O-level Physics course, or equivalent work in other courses....

This Nuffield Advanced Physics Unit provides some of the key ideas for one of the major theme of the course which is the attempt to explain large-scale things in terms of small-scale things. The Unit draws together ideas about electric charge and fields from Unit 3 into...

The authors of Nuffield Advanced Physics decided to include electronics in the course for two reasons.
1. It could be useful in the future. Students could expect to find themselves using electronic devices in many courses of further education, and in a very wide...

This Nuffield Advanced Physics Unit was designed to be directly about engineering
problems and their solution. The authors pointed out that ‘reluctance’, like feedback in Unit 6, is a concept of more use to an engineer than to a physicist. The authors said that...

This Nuffield Advanced Physics Unit was about light as a wave motion. It represented the culmination of one line of thought in the course as a whole, for in it, earlier work on waves, on electric fields, and on magnetic fields came together in a (simplified) description...

This Nuffield Advanced Physics Unit was presented as a single volume for teachers and students. The aim was to make the ideas behind the Second Law of Thermodynamics intelligible to students at school. The approach was through the statistics of molecular chaos, because...

In this resource from the DfE Standards Unit, students calculate binomial probabilities and cumulative binomial probabilities. They develop their understanding of the context in which it is appropriate to use binomial probabilities, the symmetrical nature of the formula for a binomial probability and alternative...

[b]Functions and their derivatives:[/b] the objective of this activity is to develop skills in working with functions, their derivatives and function notation. The suggested activity begins by asking students to explain what is meant by f'(3) and what is the difference between f(2) and f'(2). There follows a...

In this resource from the DfE Standards Unit students are introduced to fractional and negative indices to enable them to evaluate numerical expressions using negative and fractional
indices and use the rules of indices with integer and fractional powers of variables. Students should have some knowledge of...

The materials in this resource are from the Secondary National Strategy ‘Progressing to Level 6 and beyond in science’ project. They were intended for science teachers who are focusing on using models (both physical and abstract) to teach and challenge students...

[b]Modulus graphs:[/b] the objectives of this activity are to understand the concepts and notation of modulus graphs and to expose common misconceptions in the interpretation of modulus notation. The suggested activity asks groups of students to match function cards with graphs and to explain their thinking....

[b]Using positional vocabulary[/b]: the objective of this activity is for students to practise using positional vocabulary. The suggested activity requires students to hide an object in the classroom, then give directions to other students in order to find the missing object. The resource contains many prompts,...

The main aim of the study was to:

*engage students and enhance their learning in mathematics through cross-curricular work with other STEM subjects, using video as a tool to encourage students to:
- reflect on...

This activity examines the use of percentages in research and the media. The examples used focus on the distinction between absolute and relative percentages and percentage changes. The need for improved education in the area of communication of risk is at the heart of...

A group of enthusiastic mathematics and science teachers with an interest in raising student achievement and making the link between the STEM subjects spent several months working as a STEM Knowledge Network and were able to commit time to evaluating the benefits of...