Science Investigations 1 is an interactive science experiments software program and VLE SCORM package for KS3 and GCSE.
Containing 15 popular simulated science experiments for KS3 and GCSE Biology, Chemistry and Physics, Science Investigations 1 is designed to help students learn and practice skills such as planning an experiment, making predictions and processing data.
Perfect for whole class whiteboard teaching and for use as an individual study aid. This interactive eLearning Resource is available as an installable PC software program, VLE Learning Platform SCORM package or via the Focus eLearning web server.
Also available in Arabic and Spanish
Software single user licence: £29.95
Software site licence: £99.95
Software site licence upgrade: XP to Win 7 version: £35.00
VLE SCORM Package - new user: £99.95
VLE SCORM upgrade from software site licence: £59.95
VLE SCORM upgrade from software single user licence: £79.95
Focus eLearning Server version, 1 year licence (£24 renewal fee PA): £99.95
PC Software and Learning Platform VLE SCORM packages:
Available in either PC Windows software format (XP,Vista, Win 7) or as a VLE Learning Platform SCORM package.
The SCORM version is suitable for Learning Platforms such as: Moodle, Fronter, StudyWiz, Frog, RM Kaleidos etc.
Biology Experiments in Science Investigations 1
- Photosynthesis
- Yeast respiration
- Breakdown of starch by amylase
|
Chemistry experiments in Science Investigations 1
-
CaCO3 - HCI reaction
- Heat of neutralisation
- Decomposition of hydrogen peroxide
|
Physics experiments in Science Investigations 1
- Bouncing ball experiment
- Car stopping distances
- Energy stored in a spring
- Expansion of a gas
- Heating effect of a current
- Resistance of wires
- Strength of an electromagnet
- Terminal velocity
- Friction
|
Reference section in SC1
The CD also contains a comprehensive animated reference section, linked to each experiment including:
-
Current
- Electrical resistance data
- Enzyme action
- Kinetic theory model for a gas
- Model for electrical resistance
- Voltage (potential difference)
|