Learning on ScreenPractical Laboratory Chemistry (19 Parts)
- Synopsis
- A series of interactive practical chemistry programmes, with spoken commentary, quizzes and printable subtitles for commentaries.
1: Assembling apparatus, using stirrers, heating samples, using a rotary evaporator.
2: Atmospheric pressure, reduced pressure, fractional, steam and semi-micro distillation.
3: Filtration, recrystallisation, sublimation and refluxing.
4: Solvent extraction, soxhlet extraction, continuous flow extraction, drying samples.
5: Infrared, ultraviolet and visible light, nuclear magnetic resonance spectroscopy.
6: Assembling apparatus, weighing and materials transfer, heating samples, filtration, extraction, distillation.
7: Thin layer, column, ion exchange and gas chromatography.
8: Using balances, using a pipette, using a burette, making up solutions.
9: Gravimetric analysis, electrogravimetric analysis for metals, Kjeidahl determination of nitrogen.
10: Measuring and controlling temperature, determination of melting temperature, determination of boiling temperature, determining phase equilibria.
11: Thin layer chromatography, column chromatography, gas chromatography, preparation of a Gringnard reagent.
12: Recrystallisation, Craig tube recrystallisation, determination of melting temperature, determination of boiling temperature, infrared spectroscopy.
13: Doing a titration, some common end-points and potentiometric titrations.
14: Using a bomb calorimeter, using a Dewar calorimeter, determining enthalpies of neutralisation.
15: Oxidation of iodine compounds by H2O2, iodination of ketones, measuring solution partiton coefficients and colorimetric analysis.
16: Using galvanic cells, using conductiometric cells, determining standard electrode potentials, determining solubility products, thermodynamic characteristics of cells, conductiometric titrations, using an automatic titrator.
17: Determining the molecular weights of gases, measuring of the nitrogen oxide/dinitrogen tetroxide equilibrium, measuring boiling temperature pressure dependence, using a Fortin barometer.
18: Using a polarimeter, determining the refractive indices of liquids, measuring the rates of radioactive processes, measuring gas phase emission spectra.
19: Using a flame photometer, using an atomic absorption spectrometer, thermogravimetric analysis. - Language
- English
- Country
- Great Britain
- Medium
- Multimedia; 19 CD-ROMs. PC Windows version only.
- Year of production
- 1999
- Availability
- Sale; 2004 sale: £35.00 (+VAT +p&p) each 1999 sale: £599.99 (+VAT +p&p) set
- Uses
- A-level and 1st-year undergraduate chemistry.
- Subjects
- Chemistry
- Keywords
- chemistry teaching; distillation; filtration; gas chromatography; gravimetric analysis; infrared spectroscopy; ion exchange resins; laboratory equipment; laboratory experiments; nitrogen; nuclear magnetic resonance spectroscopy; oxidation; recrystallisation; solvent extraction; spectroscopy; Teaching & Learning Technology Programme; titrations; ultraviolet spectroscopy
Credits
- Contributor
- Anthony J Rest
Distribution Formats
- Type
- CD-ROM
Sections
- Title
- Basic laboratory techniques
- Synopsis
- 1: Assembling apparatus, using stirrers, heating samples, using a rotary evaporator.
- Title
- Distillation techniques
- Synopsis
- 2: Atmospheric pressure, reduced pressure, fractional, steam and semi-micro distillation.
- Title
- Purification techniques
- Synopsis
- 3: Filtration, recrystallisation, sublimation and refluxing.
- Title
- Extraction techniques
- Synopsis
- 4: Solvent extraction, soxhlet extraction, continuous flow extraction, drying samples.
- Title
- IR, UV/VIS and NMR spectroscopy
- Synopsis
- 5: Infrared, ultraviolet and visible light, nuclear magnetic resonance spectroscopy.
- Title
- Microscale laboratory techniques
- Synopsis
- 6: Assembling apparatus, weighing and materials transfer, heating samples, filtration, extraction, distillation.
- Title
- Chromatographic techniques
- Synopsis
- 7: Thin layer, column, ion exchange and gas chromatography.
- Title
- Volumetric techniques 1
- Synopsis
- 8: Using balances, using a pipette, using a burette, making up solutions.
- Title
- Inorganic analysis methods
- Synopsis
- 9: Gravimetric analysis, electrogravimetric analysis for metals, Kjeidahl determination of nitrogen.
- Title
- Measuring and controlling temperatures
- Synopsis
- 10: Measuring and controlling temperature, determination of melting temperature, determination of boiling temperature, determining phase equilibria.
- Title
- Microscale chromatography
- Synopsis
- 11: Thin layer chromatography, column chromatography, gas chromatography, preparation of a Gringnard reagent.
- Title
- Microscale purification and characterisation
- Synopsis
- 12: Recrystallisation, Craig tube recrystallisation, determination of melting temperature, determination of boiling temperature, infrared spectroscopy.
- Title
- Volumetric analyses methods
- Synopsis
- 13: Doing a titration, some common end-points and potentiometric titrations.
- Title
- Thermochemical measurements
- Synopsis
- 14: Using a bomb calorimeter, using a Dewar calorimeter, determining enthalpies of neutralisation.
- Title
- Solution kinetics experiments
- Synopsis
- 15: Oxidation of iodine compounds by H2O2, iodination of ketones, measuring solution partiton coefficients and colorimetric analysis.
- Title
- Electrochemical techniques
- Synopsis
- 16: Using galvanic cells, using conductiometric cells, determining standard electrode potentials, determining solubility products, thermodynamic characteristics of cells, conductiometric titrations, using an automatic titrator.
- Title
- Gas phase measurements
- Synopsis
- 17: Determining the molecular weights of gases, measuring of the nitrogen oxide/dinitrogen tetroxide equilibrium, measuring boiling temperature pressure dependence, using a Fortin barometer.
- Title
- Polarimetry, refractometry and radiochemistry
- Synopsis
- 18: Using a polarimeter, determining the refractive indices of liquids, measuring the rates of radioactive processes, measuring gas phase emission spectra.
- Title
- Flame photometry, AA, and TGA measurements
- Synopsis
- 19: Using a flame photometer, using an atomic absorption spectrometer, thermogravimetric analysis.
Production Company
Distributor
- Name
University of Southampton
- Phone
- 023 8059 3595
- Fax
- 023 8059 3781
- Address
- Department of Chemistry
Highfield
Southampton
SO17 1BJ - Notes
- Contact: Dr Tony Rest, Project Director
- Name
Viewtech Educational Media
- Notes
- NB. Viewtech ceased trading in 2014 and the company’s products are no longer in distribution
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