PEARSON • Applied Science 2016 NQF
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Courses Applied Science 2016 NQF at PEARSON
Notes available for the following courses of Applied Science 2016 NQF at PEARSON
- Unit 1 - Principles and Applications of Science I
- Unit 2- Practical Scientific Procedures and Techniques
- Unit 3 - Science Investigation Skills
- Unit 4 - Laboratory Techniques and their Application
- Unit 5 - Principles and Applications of Science II
- Unit 6 - Investigative Project
- Unit 7 - Contemporary Issues in Science
- Unit 8 - Physiology of Human Body Systems
- Unit 9 - Human Regulation and Reproduction
- Unit 10 - Biological Molecules and Metabolic Pathways
- Unit 11 - Genetics and Genetic Engineering
- Unit 12 - Diseases and Infections
- Unit 13 - Applications of Inorganic Chemistry
- Unit 14 - Applications of Organic Chemistry
- Unit 15 - Electrical Circuits and their Application
- Unit 16 - Astronomy and Space Science
- Unit 17 - Microbiology and Microbiological Techniques
- Unit 18 - Industrial Chemical Reactions
- Unit 19 - Practical Chemical Analysis
- Unit 20 - Biomedical Science
- Unit 21 - Medical Physics Applications
- Unit 22 - Materials Science
- Unit 23 - Forensic Evidence, Collection and Analysis
- Unit 24 - Cryogenics and Vacuum Technology
- Unit 25 - Forensic Fire Investigation
- Unit 26 - Forensic Traffic Accident Investigation
Latest notes & summaries PEARSON • Applied Science 2016 NQF
Contains all the relevant information and for this work, I got a distinction grade from my teacher.
AB. D1 Justify the choice of non-ionising and ionising radiation techniques in medical applications. A. M1 Compare the principles, production and uses of different non-ionising radiation techniques in medical applications. A. P1 Explain how the principles and production of non-ionising radiation technologies are used in medical applications. A. P2 Explain why non-ionising radiation technologies are used for diagnosis and treatment of the human body B. M2 Compare the principles, pro...
distinction level essay easy to understand and follow great way to achieve distinction no plagiarism High Grade Assignment
distinction level essay easy to understand and follow great way to achieve distinction no plagiarism High Grade Assignment
distinction level essay easy to understand and follow great way to achieve distinction no plagiarism High Grade Assignment
Distinction level Essay Plagiarism at 14% only All drawings done by hand Follows the new Pearson specification which all schools are now following Great way to achieve Distinction
Distinction level essay. Everything is clearly labelled. has been plagiarism checked through turnitin and has 13% plagiarism only. All drawings done by hand.
was given a distinction by teacher
I received a distinction from the teacher for this assignment
Contains: -The accepted structure of benzene in terms of hybridisation, sigma and pi bonding, and delocalisation of electrons. -Why this evidence also disproves the originally suggested Kekulé structure for benzene, including reference to the bond lengths of C-C, C=C and those within benzene. -Examples of evidence (such as infrared, x-ray and thermochemical analysis) that support the structure of benzene as being very stable and regularly shaped. -The chemical properties of ben...