Particle Model and Kinetic Theory

Synopsis: In two parts: 1 (15 min): Stacking (crystals, angles can be predicted by the ionic radii), temperature (the particles have kinetic energy; thermal expansion can be explained by vibration of particles in crystals), solution (if a solution gives colour, the colour depends directly on the dilution), solutions can be filtered so the particles are small, precipitation (crystals are formed as the particles stack, lead tree), particles move fast (Brownian movement, spreading of smells, diffusion of coloured gases, osmosis, rocket motor); 2 (20 min): gas has mass, pressure, volume and temperature; kinetic energy and momentum; volume and pressure; temperature and volume; pressure and temperature; temperature and pressure; evaporation; PV = nRT.
Language: English
Country: Australia
Medium: Video; Videocassette. VHS. col. 35 min.
Year of production: 1998
Availability: Sale; 1999 sale: £52.88 (inc. VAT +p&p)
Uses: Ages 16 and up.
Subjects: Physics
Keywords: gases; kinetics; particle physics; thermodynamics

Name: Classroom Video
Notes: Classroom Video ceased trading in January 2015. Some of their assets including the streaming platform and our curriculum content have been acquired by ClickView. Around 160 DVD titles are available (or will be made available) through Boulton-Hawker.

Name: Classroom Video
Notes: NB Classroom Video ceased trading in January 2015. Potential customers are directed to DVD sales enquiries are directed to sales@boultonhawker.co.uk and are asked to note that not all third party, or proprietary content which includes videos produced by VEA, Classroom Video, Online Classroom and Training Point will be available from Boulton Hawker. Streaming customers are asked to be aware that: All current licences will remain active for the duration of their license period (including embed links and clips that you have created) No streaming licence can be renewed after the existing license period has lapsed Classroom Video’s parent company VEA will manage existing streaming licences from a technical and administrative perspective. For all enquiries please contact support@vea.com.au

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British Universities Film & Video Council