This video explains how to measure the speed of water waves using an alternative to the ripple tank wave experiment; water in a Gratnell tray. In order to calculate the speed of a wave, we need to measure the distance covered by a wave in the time it takes to cover that distance.

This activity challenges students to produce a calendar for the Linnean Society.  The calendar should cover:

• Principles and importance of classification and taxonomy
• Understanding the importance of Linnaeus’ contribution to science...

This collection of resources from SAPS is designed to support the use of practicals across various A-level biology 2015 specifications for England (OCR, AQA, Edexcel and Eduqas).

The resources include:

• Tested materials to support the A-level practical endorsement in England (CPAC)
• ...

A set of resources that can be used by career advisers, science teachers and parents to help give guidance to students about subject choices suitable for pursuing a career in the pharmaceutical industry.

Getting experience - Recruiters usually look for people to have had some exposure to the...

From the ABPI, these are a interactive resources for students, covering a variety of biology topics. 

This Catalyst article discusses how experiments using the Large Hadron Collider (LHC), which discovered the Higgs boson, at the CERN laboratory can tell us about the nature of matter in the early universe. ALICE (A Large Ion Collider Experiment) is one of the experiments taking place at the LHC. It breaks down...

This APU report for teachers focuses on the performance of students aged 15 in a range of test questions concerning metals. This subject was chosen since metals are the commonest examples of elements which students meet in their everyday lives. Questions reported were...

This APU report for teachers differs from other reports in being jointly authored by members of the APU language and science teams. It reports the joint study of students’ written and spoken language in relation to science subject matter. This study addressed the...

This APU Science report for teachers sets out the view of science that underpinned decisions about what to assess in the surveys of students at ages 13 and 15. The view led to attention being focused on activities associated with solving problems scientifically. These...

The APU report for teachers presents, in concise form, some of the data and findings of the APU surveys of students aged 13. It includes an outline of the assessment framework, some of the questions which were written to match it, a description of how well, and how...

The APU report number 4 for teachers presents, in concise form, some of the data and findings of the APU surveys of students aged 13. It includes an outline of the assessment framework, some of the questions which were written to match it, a description of how well, and...

The APU report for teachers presents, in concise form, some of the data and findings of the APU surveys of students aged 15. After outlining the assessment framework (see also...

This APU report for teachers focuses on the performance of students aged 15 in a range of test questions concerning electricity. It presents the findings in a sequence in which it suggests that different activities are generally encountered by students. An...

This APU Science report for teachers is based on a selection of the questions used in the surveys of students aged 13 and 15 in the surveys carried out in 1981 and 1982 to assess the performance of investigations. These were complete investigations carried out individually by students working alone. Reference is...

Of the 11 APU Science Reports for Teachers, five addressed aspects of the surveys or students' performance of particular relevance to teachers of students aged 11.

Report 1 summarised the findings from the first two surveys across the range of categories assessed, indicating what most students aged 11 were...