Unit 14 Applications of Organic Chemistry

Unit 14 - Applications of Organic Chemistry BTEC Unit 14 Assignment 4 all criteria / distinction received

B.P1 B.P2 B.M2 B. D2 Criteria's Met. Learning Aim B: (Distinction - Analyse the effects of Monosubstituents on the benzene ring to predict further substitution position(s) of a reaction species on the benzene ring. This assignment will Gaurantee you a Distinction Achieved Distinction first time. This Assignment covers all areas and Criteria's to gain a Distinction in this Assignment and The whole unit 14

assignment A unit 14, distinction grade. which contains: A. D1 Analyse the types of reaction mechanisms undergone by non-carbonyl and carbonyl compounds. A.M1 Construct mechanisms for non-carbonyl and carbonyl compounds. A. M2 Plan a multi-step synthesis of carbonyl and non-carbonyl organic molecules in order to produce many organic substances, taking more than one reaction step. A. P1 Explain the reactions of a range of carbonyl and non-carbonyl functional group

Unit 14 - Applications of Organic Chemistry BTEC Unit 14 Assignment 3 all criteria / distinction received.

Unit 14 - Applications of Organic Chemistry learning aim B

A. P1 A. M1 A.M2 A. D1 Criteria's Met. Learning Aim A: (Distinction - Understand the Properties, Reactions, and Structures, of Functional Group Compounds. Distinction Grade Achieved throughout the whole Unit 14 Assignment. Includes detailed description of Organic chemistry and the different organic mechanisms in each organic group. Assignment written to a high quality Distinction has been thoroughly checked by Teachers to ensure Its high level Distinction worthy

chemistry Unit 14 learning aim A

Unit 14 - Applications of Organic Chemistry learning aim B

Understand the structures, reactions and properties of functional group compounds. A. D1 Analyse the types of reaction mechanisms undergone by non-carbonyl and carbonyl compounds. A.M1 Construct mechanisms for non-carbonyl and carbonyl compounds. A. M2 Plan a multi-step synthesis of carbonyl and non-carbonyl organic molecules in order to produce many organic substances, taking more than one reaction step. A. P1 Explain the reactions of a range of carbonyl and non-c...

Unit 14 - Applications of Organic Chemistry learning aim C