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UNIT 14- Applications of Organic Chemistry (DISTINCTION)
THESE ARE DISTINCTION LEVEL ASSIGNMENT Unit 14: Applications of Organic Chemistry explores the structures, reactions, and uses of organic compounds. Students study functional groups, aromatic compounds, and isomerism, while carrying out practical work to synthesize and analyse compounds, linking theory with real-world applications in industry
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THESE ARE DISTINCTION LEVEL ASSIGNMENT Unit 14: Applications of Organic Chemistry explores the structures, reactions, and uses of organic compounds. Students study functional groups, aromatic compounds, and isomerism, while carrying out practical work to synthesize and analyse compounds, linking theory with real-world applications in industry
14D- Making designer chemicals (FULL ASSIGNMENT)
THIS IS A DISTINCTION LEVEL ASSIGNMENT This assignment provides a detailed exploration of organic synthesis, focusing on the practical preparation and analysis of halogenoalkanes, aldehydes, and aspirin. It demonstrates a deep understanding of reaction mechanisms, functional groups, chemical safety, and experimental evaluation through multiple laboratory-based experiments. The first section investigates the synthesis of 2-chloro-2-methylpropane from 2-methylpropan-2-ol and concentrated hydro...
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THIS IS A DISTINCTION LEVEL ASSIGNMENT This assignment provides a detailed exploration of organic synthesis, focusing on the practical preparation and analysis of halogenoalkanes, aldehydes, and aspirin. It demonstrates a deep understanding of reaction mechanisms, functional groups, chemical safety, and experimental evaluation through multiple laboratory-based experiments. The first section investigates the synthesis of 2-chloro-2-methylpropane from 2-methylpropan-2-ol and concentrated hydro...
14C- Designing molecules (FULL ASSIGNMENT)
THIS IS A DISTINCTION LEVEL ASSIGNMENT This assignment explores the concept of isomerism in organic chemistry and its importance in designing molecules for industrial and pharmaceutical use. It covers the different types of isomers—including structural isomers (chain, positional, and functional group isomers) and stereoisomers (geometric and optical isomers)—and explains how variations in molecular structure affect physical and chemical properties. The project discusses examples such as ...
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- • 16 pages •
THIS IS A DISTINCTION LEVEL ASSIGNMENT This assignment explores the concept of isomerism in organic chemistry and its importance in designing molecules for industrial and pharmaceutical use. It covers the different types of isomers—including structural isomers (chain, positional, and functional group isomers) and stereoisomers (geometric and optical isomers)—and explains how variations in molecular structure affect physical and chemical properties. The project discusses examples such as ...
14B-Aromatic ring chemistry for designer molecules (FULL ASSIGNMENT)
THIS A DISTINCTION LEVEL ASSIGNMENT This assignment explores the structure, reactions, and industrial importance of aromatic compounds, focusing mainly on benzene and its derivatives. It explains how the delocalised π-electron system in benzene contributes to its stability, bond uniformity, and chemical behaviour, contrasting Kekulé’s structure with the modern delocalised model. The project discusses key reactions of benzene, including electrophilic substitution, sulfonation, Friedel–C...
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- • 9 pages •
THIS A DISTINCTION LEVEL ASSIGNMENT This assignment explores the structure, reactions, and industrial importance of aromatic compounds, focusing mainly on benzene and its derivatives. It explains how the delocalised π-electron system in benzene contributes to its stability, bond uniformity, and chemical behaviour, contrasting Kekulé’s structure with the modern delocalised model. The project discusses key reactions of benzene, including electrophilic substitution, sulfonation, Friedel–C...
14A- Functional group chemistry for designer molecules (FULL ASSIGNMENT)
THIS IS A DISTINCTION LEVEL ASSIGNMENT This assignment explores the chemistry of key organic functional groups and their roles in creating designer molecules. It covers the structure, naming, reactions, and practical uses of compounds such as haloalkanes, alcohols, ketones, and carboxylic acids. The document explains the types of reactions these compounds undergo—such as nucleophilic substitution, oxidation, elimination, addition, and esterification—and the conditions required for each. ...
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- • 16 pages •
THIS IS A DISTINCTION LEVEL ASSIGNMENT This assignment explores the chemistry of key organic functional groups and their roles in creating designer molecules. It covers the structure, naming, reactions, and practical uses of compounds such as haloalkanes, alcohols, ketones, and carboxylic acids. The document explains the types of reactions these compounds undergo—such as nucleophilic substitution, oxidation, elimination, addition, and esterification—and the conditions required for each. ...