Pearson BTEC • Applied Science

Level 3 Btec Applied Science Unit2d Full assignment at Distinction

This document includes two detailed practical assignments for Unit 4 of BTEC Applied Science. The first covers the synthesis and purity testing of the organic solid aspirin, with in-depth comparisons between laboratory and industrial production methods. The second focuses on synthesising the organic liquid ethyl ethanoate, analysing reaction efficiency, yield, and differences in scale and equipment between lab and industrial processes. Both assignments include full methods, risk assessments, res...

This document includes two detailed practical assignments for Unit 4 of BTEC Applied Science. The first covers the synthesis and purity testing of the organic solid aspirin, with in-depth comparisons between laboratory and industrial production methods. The second focuses on synthesising the organic liquid ethyl ethanoate, analysing reaction efficiency, yield, and differences in scale and equipment between lab and industrial processes. Both assignments include full methods, risk assessments, res...

Applied science UNIT 4 AIM A DISTINCTION

This document is a structured revision guide covering four main science topics: 1. The Periodic Table: Summarizes Mendeleev's design, element properties (metals vs. non-metals), and electron blocks. 2. Radioactivity: Details types of radiation (Alpha, Beta, Gamma), half-life calculations, and safety protocols. 3. Electricity: Explains the differences between series/parallel circuits and AC/DC current, including Ohm's law. 4. The Electromagnetic Spectrum: Lists the uses for all wave typ...

This is a comprehensive, Distinction-level assignment on the use of genetic engineering technologies, representing the most detailed and hard-worked piece in my BTEC portfolio. It explores cutting-edge techniques in genetic modification, their applications in medicine, agriculture, and biotechnology, and considers both the scientific principles and ethical implications involved. The assignment is extensive, well-structured, and meticulously researched, showcasing deep understanding, critical ...

This Distinction-level assignment focuses on the structure and function of nucleic acids and explains gene expression and protein synthesis in clear, detailed terms. It includes a carefully created nucleotide model, illustrating the components of DNA and RNA: a sugar (ribose in RNA, deoxyribose in DNA), a phosphate group, and the bases (A, T, C, G for DNA; A, U, C, G for RNA). The assignment demonstrates excellent understanding of molecular biology concepts, presenting information in a structur...

This unit involved a variety of experiments, including titration, colorimetry, chromatography, and calorimetry, providing comprehensive hands-on experience with key scientific techniques. It highlights the development of practical laboratory skills, independence, and confidence in conducting experiments, as well as an understanding of how these techniques interconnect with broader scientific principles. The work demonstrates strong practical competence and reflective insight, clearly showing ...

This assignment explores the principles and applications of chromatography, focusing on the separation of amino acids using both paper and thin-layer chromatography (TLC). It provides a clear and detailed explanation of how intermolecular forces, solvent polarity, and other factors influence the separation process. The work demonstrates strong scientific understanding, linking theory to practical application while explaining the role of Rf values in identifying different amino acids. The assi...

Unit 4: Laboratory techniques and their application. Distinction Assignment. I hope these assignments are helpful to you all !