homehelp
Assemblies
Events
Newsletter
Grants
Cross-curricular
Literacy
Citizenship
Drama
Quizzes
Fun-size
Modelling
Mini-projects
Other resources
Web links
Scientist
Careers
Science across
Science challenge
Competition
SY Partners
Contents
Information
Acknowledgements
Orders
PDF Software
 
 


The Chemical Industry Education Centre (CIEC) produces The Good Resource Guide for both primary and secondary schools. A large range of resources is collected for review from industrial companies, trade and professional associations. The resources are reviewed by practising teachers.

Several criteria are used to decide if a resource should be recommended:

  • Does the resource support the curriculum?
  • Is there time to use it?
  • Will it enhance planned lessons without the need for extensive modification?
  • Does the resource provide sufficient background information to support teachers and pupils as it is used?

ASE has supported an updated review of the guides and an online database search facility. Resources are categorised by topic, type and target age range.

Find the database at http://www.york.ac.uk/org/ciec/GRG/GRGhome_page.htm.

Concept Cartoons were created by Brenda Keogh and Stuart Naylor in 1991. A new approach to teaching, learning and assessment in science, they feature cartoon-style drawings showing different characters arguing about everyday situations. They are designed to intrigue, to provoke discussion and to stimulate scientific thinking.

For Only connect? Concept Cartoons have donated this new cartoon focusing on light.

TORCHES

Find out more about Concept Cartoons and using them with pupils at:
www.conceptcartoons.com

This is an excellent example of using Excel to build your own spreadsheet models that pupils can interact with. Contributed by Simon Waters, Park Community School, this spreadsheet allows pupils to manipulate wavelength and amplitude. It includes explanations of both these terms, plus sound waves and frequency, and test yourself sections for pupils. Please note that the spreadsheet uses Macros – when prompted by your computer click ‘enable’.

SOUND WAVES EXCEL SPREADSHEET

Catalyst magazine is produced by Philip Allan Updates. It offers:

  • Specially-written articles to help pupils get to grips with the key topics in GCSE science.
  • Regular features to help pupils develop skills and understanding.
  • Useful advice for pupils preparing for exams.

There are four 24-page full-colour issues of Catalyst each year, published in September, November, February and April.

More information on ordering Catalyst for pupils can be found at:

http://www.philipallan.co.uk

You can download two articles from previous issues related to Only connect? themes.

PAIN

BRAIN DAMAGE

Rutherford Appleton Laboratory is one of three sites making up the Central Laboratory of the Research Councils. The other two are Daresbury Laboratory in Cheshire and the Chilbolton Observatory in Hampshire. All have world-class reputations and some of the very best facilities and scientists. Research carried out at these sites will affect the way all of us live in the near future. The Rutherford Appleton Laboratory website can be found at www.clrc.ac.uk. Rutherford Appleton Laboratory has produced two activities based around the theme of communication, Hunt the Transmitter and Reading Rain Radar, both of which are available below.

Rutherford Appleton Laboratory and Daresbury Laboratory welcome visits from schools. Because we are working research laboratories the number of visits and the group size is limited, so early booking is advised. Both sites also run events and activities for school groups from KS2 to A-level, which are advertised locally. There are also opportunities for teacher visits and teacher placements. At Rutherford Appleton Laboratory we are keen to videoconference with schools unable to visit. For more details about any schools activity contact:

Janet Haylett, Schools Liaison Officer,
Communications, Rutherford Appleton Laboratory,
Chilton, Didcot, Oxon OX11 0QX
Tel: 01235 445950 Fax: 01235 446665
Email: j.e.haylett@rl.ac.uk

Hunt the Transmitter
This activity is designed to help students think about how mobile phone signals reach their handset and what sort of difficulties face telecommunications planners. All sorts of elements in the urban environment can get in the way of the radio signals that carry our conversations - tall buildings, trees, hills even heavy rain and snow.

In this exercise, students are asked to work in small teams of 4 or 5, each team representing a different fictional mobile phone company, for example, Banana, Vodkaphone, TB Sellnet, Two One Two, Shokia, Rollermotor or Ericsdaughter. Each team must decide where to place mobile phone transmitters on a map of Phoneville to ensure that all the potential customers receive a good signal. They need to avoid tall buildings or heavily wooded areas, to minimise interference between transmitters and to keep to a budget of £250,000. Depending on age, students usually take 20 to 30 minutes to complete the task to their satisfaction.

TEACHERS

PUPIL INSTRUCTIONS

MAP

LAND PROFILES

TRANSMITTER RANGES

CONTOURS

SOLUTION

Reading Rain Radars
This activity aims to introduce students to the idea of using radars to look at the weather. A network of weather radars up and down the country tracks weather systems as they move across the UK. These brightly coloured radar images brighten up daily TV forecasts, showing everything from light drizzle to torrential rain.

The Chilbolton Observatory in Hampshire houses pioneering weather radars, used by researchers to hone the techniques that bring the latest images to our screens. One of the most sophisticated high-frequency radars on the site, the 94 GHz cloud radar, collects detailed data from clouds and rain as they pass overhead. This data builds up into colour-coded images that feature everything from clouds of ice particles to clouds of insects.

TEACHERS

PUPIL INSTRUCTIONS

24-HOUR SCANS

RADAR IMAGES 1

RADAR IMAGES 2

RADAR IMAGES 3

RADAR IMAGES 4

RADAR IMAGES 5

Bridge the Gap is an interactive CD ROM resource that links design/technology, science and maths through a real-life engineering challenge. Pupils combine their skills to produce bridge models that meet the criteria set out in an exciting scenario. This would be a good focus for a cross-curricular activity, but could also be used as a context for forces teaching. The CD ROM comes complete with teacher and pupil materials. A collaboration between Hochtief (UK) Construction Ltd, the Construction Industry Training Board and Wiltshire County Council, the CD ROM is available free from:

CITB Education Team
Eastleigh House 1st Floor
Upper Market Street
Eastleigh
Hampshire
SO50 9FD

© ASE 2002