Project Science - Physical Processes
The Project Science scheme is a must for any teacher of 7-11 year olds. Written to match the National Curriculum and QCA schemes of work, the books contain attractively laid out photocopiable sheets and easy-to-use teachers' notes - everything you need to teach science successfully. The team of authors includes science specialists, primary school and special needs teachers. They have worked together to produce material that is clearly written, scientifically accurate and which primary school pupils will enjoy. Physical Processes contains over 70 photocopiable sheets. The teachers' notes give background information, ideas for extensions, answers to pupil pages, resources needed and teaching/safety notes. Topics covered include electricity, forces and motion, light and sound, and the Earth and beyond.
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Project Science - Physical Processes
The Project Science scheme is a must for any teacher of 7-11 year olds. Written to match the National Curriculum and QCA schemes of work, the books contain attractively laid out photocopiable sheets and easy-to-use teachers' notes - everything you need to teach science successfully. The team of authors includes science specialists, primary school and special needs teachers. They have worked together to produce material that is clearly written, scientifically accurate and which primary school pupils will enjoy. Physical Processes contains over 70 photocopiable sheets. The teachers' notes give background information, ideas for extensions, answers to pupil pages, resources needed and teaching/safety notes. Topics covered include electricity, forces and motion, light and sound, and the Earth and beyond.
23.0
In Stock
5
1
Project Science - Physical Processes
116
Project Science - Physical Processes
116Paperback
$23.00
23.0
In Stock
Product Details
| ISBN-13: | 9781897675694 |
|---|---|
| Publisher: | Brilliant Publications |
| Publication date: | 05/05/2000 |
| Series: | Project Science S |
| Pages: | 116 |
| Product dimensions: | 8.27(w) x 11.69(h) x 0.24(d) |
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