Chemistry mechanisms 3.0 / 5 based on 3 ratings ? ChemistryReactionsASAQA Created by: sarah-alexandraCreated on: 05-05-15 12:47 Alkane to haloalkane free radical substitution 1 of 25 4 products a haloalkane could form in 1 process amine, nitrile, alkene, alcohol 2 of 25 Haloalkane to alkene elimination 3 of 25 Haloalkane to amine nucleophilic substitution 4 of 25 Haloalkane to nitrile nucleophilic substitution 5 of 25 Haloalkane to alcohol nucleophilic substitution 6 of 25 alcohol can produce what 3 products in 1 process aldehyde, ketone, alkene 7 of 25 Alcohol to alkene dehydration 8 of 25 Alcohol to ketone oxidation 9 of 25 Alcohol to Adehyde oxidation 10 of 25 What 4 products can an alkene make in 1 process Alkane, alcohol, haloalkane, alkyl hydrogen sulphate 11 of 25 Alkene to haloalkane electrophilic addition 12 of 25 Alkene to alkyl hydrogen sulphate electrophilic addition 13 of 25 Alkene to alcohol direct hydration 14 of 25 Alkene to Alkane hydrogenation 15 of 25 What alcohol would you use if you wanted a ketone? secondary 16 of 25 What would you do if you wanted an aldehyde, but had an excess of reagent? distillation 17 of 25 What would you need to do if you wanted a carboxylic acid? Condense and heat under reflux 18 of 25 Glucose to alcohol Fermentation 19 of 25 How would you test for an aldehyde and what would you see? Tollens reagent, silver mirror 20 of 25 What would use to oxidise and alcohol acidified K2Cr2O7 21 of 25 Why is fermentation carbon neutral? Photosynthesis cancels out CO2 output 22 of 25 What 'branch' does an alkyl hydrogen sulphate compound have? OSO3H 23 of 25 Why might some argue fermentation is not carbon neutral? CO2 from machinery/ transport 24 of 25 What are the 3 main stages of free radical substitution Initiation, propagation, termination 25 of 25
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