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6. Alkene to alcohol
- nucleophilic substitution
- direct hydration
- hydrogenation
- electrophilic addition
7. Alkene to haloalkane
- fermentation
- electrophilic addition
- direct hydration
- hydrogenation
8. What 'branch' does an alkyl hydrogen sulphate compound have?
9. Haloalkane to alcohol
- hydration
- elimination
- nucleophilic substitution
- electrophilic addition
10. Alkane to haloalkane
- hydrogenation
- free radical substitution
- electrophilic addition
- nucleophilic substitution
11. Alcohol to ketone
- fermentation
- oxidation
- elimination
- dehydration
12. Haloalkane to amine
- electrophilic addition
- nucleophilic substitution
- elimination
- hydration
13. What alcohol would you use if you wanted a ketone?
- quaternary
- secondary
- tertiary
- primary
14. alcohol can produce what 3 products in 1 process
- aldehyde, ketone, alkene
- nitrile, amine, ketone
- ketone, alkyl hydrogen sulphate, glucose
- alkene, ketone, amine
15. Haloalkane to nitrile
- nucleophilic substitution
- elimination
- electrophilic addition
- hydration
16. Alcohol to alkene
- dehydration
- direct hydration
- oxidation
- nucleophilic substitution
17. Alkene to alkyl hydrogen sulphate
- electrophilic addition
- oxidation
- hydrogenation
- direct hydration
18. Why is fermentation carbon neutral?
- Photosynthesis cancels out CO2 output
- Yeasr absorbs CO2
- No CO2 is produced
- Yeast is renewable
19. What would use to oxidise and alcohol
- acidified K2Cr2O7
- HCl
- potassium dichromate
- aqueous potassium dichromate
20. Why might some argue fermentation is not carbon neutral?
- CO2 from machinery/ transport
- Scientists are liars
- It doesn't photosynthesise enough
- The equation produces CO2