Halogenoalkane - Study guides, Revision notes & Summaries

CHEMISTRY AS - 2.6 - Halogenoalkanes with 100% correct answers

13.3 Elimination Reactions in Halogenoalkanes Review Exam Guide 2024. How do halogenoalkanes typically react? - correct answer By nucleophilic substitution How do halogenoalkanes react under different conditions? - correct answer By elimination How does elimination reactions occur? - correct answer A hydrogen halide is eliminated from the molecule, leaving a double bond in its place so that an alkene is formed What is the OH- ion from aqueous sodium or potassium hydroxide? - correct an...

AQA A LEVEL CHEMISTRY HALOGENOALKANES QUESTIONS AND ANSWERS WITH SOLUTIONS 2024

What is heterolytic fission? Where one ion gets both electrons from the covalent bond What are produced by heterolytic fission? Ions What is a free radical? An atom or group with an unpaired electron, which is highly reactive as it wishes to pair up this electron What are 3 examples of situations where a free radical can be formed? During thermal cracking, during the reaction of halogens and methane, by homolytic fission What is homolytic fission? A reaction where each atom gets one el...

In depth notes on the 'Halogenoalkanes' topic of the AQA A-Level Chemistry course. Includes detailed explanations, equations and clear mechanisms. Written by an A* student.

This is my distinction grade assignment for unit 14 aim D, portfolio of reactions including nitration of methylbenzene, oxidation of ethanol to ethanal and preparing an alcohol from a halogenoalkane. All criteria were met and I was awarded distinction. If you have any questions or concerns, please do not hesitate to get in touch. I hope you find my assignment helpful!

Pearson Edexcel A-Level Chemistry Advanced Subsidiary/Advanced Level UNIT 2: Energetics, Group Chemistry, Halogenoalkanes and Alcohols January 2024 Authentic Marking Scheme Attached

Detailed and comprehensive notes covering the alkanes and halogenoalkanes sub-topics of AQA AS organic chemistry (units 3.3.2 and 3.3.3). This includes: fractional distillation, pollution, free radical substitution, the ozone layer, haloalkane hydrolysis nucleophilic substitution with OH- / NH3 / CN- and elimination with OH-. Mechanisms and equations also included. I hope that you find this resource useful.

This is the final assignment required for unit 14 Organic chemistry BTEC. the assignment covers all the key aspects of the specification and it will help you achieve a distinction grade in your assignment. please do not copy and paste because that will count as plagiarism to you, use it as a guide only. a bibliography can be found at the end of assignment. good luck!