Introduction This presentation includes some samples from our software, JSH’s New GCSE Physics. This excellent product aims to cover the requirements of the new science specifications for physics through a series of high quality informative slides, diagrams, animations and interactive questions. To fully access the benefits of the software, you will need to have the ADOBE FLASH PLAYER 7 (or later) installed on your computer/network. This program is FREE and downloadable from the Adobe website at: www.adobe.com If you have any problems using this software, please do not hesitate to contact us. Tel: 01942 735412 Fax: 01942 735412 Web: www.jsheducation.com Email: contact@jsheducation.com

“Superb coverage of the new science specifications” JSH’s New GCSE Physics JSH’s New GCSE Physics gives superb coverage of the physics requirements for the new science specifications. GCSE Physics and the physics components of GCSE Science and GCSE Additional Science are all covered in superb depth. Qualifications covered include: AQA Science Edexcel 360Science OCR Gateway Science OCR Twenty First Century Science WJEC Science A detailed breakdown of the coverage can be found on our website at: www.jsheducation.com/NewGCSEPhysics.html “Superb coverage of the new science specifications” “Over 2 000 slides”

Momentum Triangle Click on a quantity

Momentum Calculations

Looking At Safety

IT: Distances

IT: Distances

Example: Momentum Calculation A car has a mass of 300kg and travels with a velocity of 45m/s. What is the momentum of the car? Momentum = mass x velocity Momentum = 300 x 45 kgm/s Momentum = 13 500kgm/s

Exercise: Momentum Calculations 1. What will be the momentum of a car of mass 400kg moving with a velocity of 15m/s? 2. What will be the momentum of a woman of mass 39kg running with a velocity of 8m/s? 3. What will be the momentum of an elephant of mass 3 200kg moving with a velocity of 4m/s? 4. What will be the momentum of a hawk of mass 2kg diving with a velocity of 45m/s? 6 000kgm/s 312kgm/s 12 800kgm/s 90kgm/s

IT: Velocity

Studying Motion

Exercise: What Happens? For each diagram, using the forces information shown, say what will happen regarding the motion of each box. a) The box is initially stationary. b) The box is initially stationary. The forces are balanced, the box will remain stationary. The forces are unbalanced, the box will begin to accelerate from left to right.

IT: Force

Exercise: Research Image courtesy of NASA/JPL. Try to find out how astronauts-in-training get to experience periods of ‘weightlessness’ on Earth.

Up And Down

Extending A Spring

Balancing… Click on a weight to balance the system.

Background Radiation Click on a quantity

A Closer Look It was once thought that atoms were solid spheres with negative charges embedded in these spheres.

A Famous Experiment

Contact Details If you wish to purchase JSH’s New GCSE Physics it is priced at £74.99+VAT for a single user licence and £199.99+VAT for a site licence. You can contact us at: POST: JSH Education Ltd PO BOX 354 Wigan WN1 2WA TEL: 01942 735412 FAX: 01942 735412 EMAIL: orders@jsheducation.com WEB: www.jsheducation.com “JSH has been a real help to us in raising our science grades. The materials are flexible and can be used as teaching aids or revision prompts, starters or plenaries. They represent great value for money.” John Shepherd, Head of Science, Crown Hills Community College