Pearson BTEC • Applied Science 2016 NQF

A detailed student reflection and evaluation of practical work completed for Applied Science Unit 2. It reviews skills developed across chemistry, physics, and biology practicals, including equipment calibration, preparing a sodium carbonate solution, investigating a stearic acid cooling curve, thermometer calibration, and chromatography. The document discusses practical strengths and areas for improvement, compares results, considers safety and time management, and reflects on teacher feedback...

A student study resource covering practical laboratory techniques and results for Applied Science Unit 2. The document includes procedures for calibrating a thermometer and temperature probe, investigating a stearic acid cooling curve, recording experimental results, and discussing accuracy, cooling rates, particle behaviour, and conclusions. It also includes a basic risk assessment, equipment and method notes, comparisons with another student’s results, and reference links. Useful as a revis...

Grade Achieved: Distinction Subject: BTEC Applied Science Unit: 12 – Diseases and Infections Assignment: 4D – Body Defences and Immune Responses Document Length: 16 Pages Format: Digital PDF Product Description This 16-page Distinction-grade assignment covers the essential scientific principles of the human immune system, focusing on how the body protects itself against infectious diseases and harmful pathogens through specific and non-specific defence mechanisms. Thi...

Grade Achieved: Distinction Subject: BTEC Applied Science Unit: 12 – Diseases and Infections Assignment: 2A – Infectious and Non-Infectious Diseases Document Length: 26 Pages Format: Digital PDF Product Description This 26-page Distinction-grade assignment covers the essential scientific principles of infectious and non-infectious diseases, including their causes, symptoms, transmission, prevention and effects on the human body. This comprehensive assignment explores ...

• Non-Ionising Radiation Instrumentation • Explores the scientific principles, production methods, uses, benefits, and limitations of non-ionising technologies. • Key examples include MRI (Magnetic Resonance Imaging) and Ultrasound (using piezoelectric effects). • Learning Aim B: Ionising Radiation Instrumentation • Explores the scientific principles, production methods, uses, benefits, and safety risks of ionising technologies. • Key examples include X-rays (thermionic emis...

Includes all references, in clear sections, completed to a Distinction level. Clearly evaluates, explains, and justifies methods which were chosen and how they will be applied for future investigations. All references have been done in the Harvard Referencing style as required by my own college.

A comprehensive revision pack designed to help you prepare for Unit 1: Principles and Applications of Science I and work towards a Distinction. Includes detailed notes covering:

An assignment that I got a distinction on. Do not copy but use as a guide for layout and what to include.

An assignment that I attained a distinction on. Do not copy but use as a reference on what to include and how to lay out your work.

An assignment that I attained a distinction on. Do not copy but use as a reference on what to include and how to lay out your work.

Assignment Unit 2 that attained distinctions. Do not directly copy but use as a guide on what to include and how to lay out the assignments.

Detailed assignment that covers to help students understand how to carry out practical’s to extract, amplify and separate DNA, and understand how and why these technologies are used in different industries, and the potential use for them in the future, by producing a laboratory book and illustrative report

This assignment investigates how titration and colorimetry can be used to determine the concentrations of unknown solutions. It covers standard-solution preparation, equipment calibration, risk assessments, experimental calculations, and an evaluation of the accuracy and reliability of each method. I met all the points and its Distinction level.

Completed BTEC Level 3 Applied Science Unit 2 Chromatography assignment, achieved grade Distinction. This is a detailed practical-based assignment covering several chromatography techniques and the separation and identification of substances within mixtures. Topics and practical work included: • Amino acid chromatography using ninhydrin and Rf calculations • Paper chromatography of plant pigments • Thin-layer chromatography (TLC) • Calculation and interpretation of Rf values ...

this is a very DETAILED unit 6 part C and D. DISTINCTION level and my whole investigation project. Very thorough including pictures, tables, results and a complete reference list.

This is a very detailed DISTINCTION level BTEC applied science unit 6 part b. My investigation project. It is very detailed including timelines, pictures and a complete reference list.

This is a DISTINCTION LEVEL BTEC applied science, unit 6 part A. My complete investigation. Very detailed and thorough with pictures and a complete reference list.

this is a DISTINCTION WORTHY BTEC applied science until 8 part C. Very detailed and thorough with pictures and a complete reference list.

this is a DISTINCTION level BTEC applied science, unit 8 part B coursework. It is organised, detailed with pictures and a complete reference list for an inside scope of how to get a distinction.

This is a DISTINCTION worthy, in detail, organised piece of work for unit 8 part A. It includes pictures, references and very detailed and organised work so you know what a distinction standard looks like