Pearson BTEC • Applied Science 2016 NQF
Derniers ajouts au Applied Science 2016 NQF @ Pearson BTEC. Vous cherchez des notes Applied Science 2016 NQF à Pearson BTEC ? Nous avons beaucoup de notes, de guides d'étude et de notes d'étude disponibles pour Applied Science 2016 NQF à Pearson BTEC.
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Cours Applied Science 2016 NQF @ Pearson BTEC
Notes disponibles pour les cours suivants de Applied Science 2016 NQF à Pearson BTEC
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Unit 1 - Principles and Applications of Science I
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Unit 2- Practical Scientific Procedures and Techniques
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Unit 3 - Science Investigation Skills
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Unit 4 - Laboratory Techniques and their Application
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Unit 5 - Principles and Applications of Science II
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Unit 6 - Investigative Project
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Unit 7 - Contemporary Issues in Science
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Unit 8 - Physiology of Human Body Systems
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Unit 9 - Human Regulation and Reproduction
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Unit 10 - Biological Molecules and Metabolic Pathways
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Unit 11 - Genetics and Genetic Engineering
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Unit 12 - Diseases and Infections
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Unit 13 - Applications of Inorganic Chemistry
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Unit 14 - Applications of Organic Chemistry
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Unit 15 - Electrical Circuits and their Application
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Unit 16 - Astronomy and Space Science
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Unit 17 - Microbiology and Microbiological Techniques
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Unit 18 - Industrial Chemical Reactions
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Unit 19 - Practical Chemical Analysis
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Unit 20 - Biomedical Science
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Unit 21 - Medical Physics Applications
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Unit 22 - Materials Science
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Unit 23 - Forensic Evidence, Collection and Analysis
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Unit 24 - Cryogenics and Vacuum Technology
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Unit 25 - Forensic Fire Investigation
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Unit 26 - Forensic Traffic Accident Investigation
Livres bien-aimés Pearson BTEC • Applied Science 2016 NQF
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Julie Matthews • ISBN 9781846905636
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Dernières notes et résumés Pearson BTEC • Applied Science 2016 NQF
Task3: How could HPLC be developed. 
Discuss how a HPLC method could be developed to determine the amount of a specific sugar molecule in a sugar mixture 
 
Task 4: How to optimize separation.
- Package deal
- Dissertation
- • 6 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 2 sur 6 pages
Task3: How could HPLC be developed. 
Discuss how a HPLC method could be developed to determine the amount of a specific sugar molecule in a sugar mixture 
 
Task 4: How to optimize separation.
HPLC Chromatograms
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- Dissertation
- • 8 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 2 sur 8 pages
HPLC Chromatograms
Task 2: How to identify analytes using GC and HPLC
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- Dissertation
- • 10 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 2 sur 10 pages
Task 2: How to identify analytes using GC and HPLC
19C: Investigate chromatographic techniques to identify components and determine the amounts present in samples.
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- Dissertation
- • 8 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 2 sur 8 pages
19C: Investigate chromatographic techniques to identify components and determine the amounts present in samples.
this is part 5 of unit 19 B . 
it up to distinction level 
it covers Infrared Spectroscopy.
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- • 9 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 2 sur 9 pages
this is part 5 of unit 19 B . 
it up to distinction level 
it covers Infrared Spectroscopy.
this is part 4 of unit 19 b 
it up to distinction level . 
 
Section 4: Propose a structure for an unknown compound using combined spectral analysis
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- • 16 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 3 sur 16 pages
this is part 4 of unit 19 b 
it up to distinction level . 
 
Section 4: Propose a structure for an unknown compound using combined spectral analysis
this cover unit 19B part 3 . 
it up to distinction level 
Section 3: Determine empirical and molecular formulae from percentage elemental composition data and mass spectra.
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- • 4 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 1 sur 4 pages
this cover unit 19B part 3 . 
it up to distinction level 
Section 3: Determine empirical and molecular formulae from percentage elemental composition data and mass spectra.
this cover 1H and 13C NMR Spectroscopy . 
 
it up to distinction level , graded by my teacher
- Package deal
- Dissertation
- • 16 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 3 sur 16 pages
this cover 1H and 13C NMR Spectroscopy . 
 
it up to distinction level , graded by my teacher
this covers spectrometer and the related practical . 
it up to distinction level
- Package deal
- Dissertation
- • 11 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
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applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 2 sur 11 pages
this covers spectrometer and the related practical . 
it up to distinction level
this is unit 19 A part 2 . it up to distinction level . 
 it includes : 
 
Practical 2: determine the iron content of an iron tablet. 
Part 1: standardisation of potassium permanganate with sodium oxalate solution. 
Part 2: determine the concentration of iron by titrating potassium permanganate solution against an unknown conc of iron sulphate made from iron sulphate tablets and sulfuric acid.
- Package deal
- Dissertation
- • 15 pages's •
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PEARSON•Unit 19 - Practical Chemical Analysis
-
applied science- unit 19 - chemistry - distinction level - (A,B,C)• Par chiam
Aperçu 2 sur 15 pages
this is unit 19 A part 2 . it up to distinction level . 
 it includes : 
 
Practical 2: determine the iron content of an iron tablet. 
Part 1: standardisation of potassium permanganate with sodium oxalate solution. 
Part 2: determine the concentration of iron by titrating potassium permanganate solution against an unknown conc of iron sulphate made from iron sulphate tablets and sulfuric acid.