Produced by the LSIS, this practical activity is designed to engage learners in discussion about momentum and to help them to predict the possible effects of a collision. You may choose to perform a demonstration, using a simple runway, ball bearings and magnets, and then ask pairs or groups of students to try it...

This video demonstrates how the gravitational potential energy of a skateboarder is converted into kinetic energy as they move down a ramp.  It discusses efficiency and how you can calculate the energy mathematically at both stages.  It also ties into SUVAT and demonstrates how an objects acceleration due to...

These technical briefs look at the ways Practical Action have helped poor communities to make the best use of their own labour and to use locally produced building materials and techniques that they can afford and manage.

Technical briefs are documents produced by Practical Action which are freely available...

This STEMNET resource describes the background and career of STEM Ambassador Colin Glen, a project engineer working in a construction company.

Colin has worked on many great buildings in London. He is part of a team that ensures the comnpany's design, plans and construction meet the required specifications...

These resources were originally developed to support post 16 Applied Science specifications, and include:

This resource from Wellcome Trust Sanger Institute is a hands-on classroom activity for Key Stage Two students that aims to support the teaching of topics such as microbes and hand hygiene. This interactive, practical activity demonstrates how microbes, such as bacteria and viruses, can be spread through surface...

This activity is designed to enable students to appreciate that the chi-squared test can only be carried out using frequencies. This spreadsheet offers students the chance to play with percentages and other kinds of data to develop the understanding that the chi-squared test cannot be used with this data.

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In this activity students explore a spreadsheet which generates a chi-squared distribution with a specific degree of freedom. Students explore the differences in the distribution generated as the degree of freedom varies between 1 and 8. Students are required to find the mean and variance of a distribution with v...

During the statistics course, students will meet a range of different methods of hypothesis testing, all slightly different. The aim of this matching exercise is for students to create a table giving a variety of examples of situations in which a test may take place, the type of test which should be used in each...

Provided by the Advisory Committee on Mathematics Education (ACME), this resource was written in 2002. It includes recommendations on the steps to be taken, at that time, to raise the quality of mathematical provision in schools. Concerns regarding the poor uptake of students continuing to study mathematics at Post...

The activities in this workbook are designed to help students understand the Normal distribution, the student's t-distribution, the Chi-squared distribution, the F-distribution, the Exponential distribution, the Beta distribution, the Gamma distribution and the Weibull distribution.

For each distribution...

This STEMNET resource describes the background and career of STEM Ambassador Vicki Hodges, an Attitude and Orbit Control Systems engineer working on a project to develop an unmanned spacecraft.

Having joined the Astrium graduate scheme, Vicki has moved around the company and gained experience in a variety of...

This is one of a series of focused units, from the Association for Science Education and the Design and Technology Association, to introduce students to important technologies and their applications. This unit features control systems and their applications to...