Synthesis Reactions
- Created by: tillyallen
- Created on: 23-11-13 16:56
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- Alcohol (OH)
- Reduction LiAlH4
- Carboxylic Acid (RCOOH)
- Acidified Na2Cr2O7 Reflux
- Aldehyde (ROH)
- Acidified Na2Cr2O7
- Remains orange
- Colour change orange to green
- Acidified Na2Cr2O7
- Aldehyde (ROH)
- Esterification Conc H+/ Warm/ Alcohol
- Acidified Na2Cr2O7
- Remains orange
- Condensation polymerisation/ heat
- Alcohol (OH)
- Reduction LiAlH4
- Carboxylic Acid (RCOOH)
- Acidified Na2Cr2O7 Reflux
- Aldehyde (ROH)
- Acidified Na2Cr2O7
- Remains orange
- Colour change orange to green
- Acidified Na2Cr2O7
- Aldehyde (ROH)
- Esterification Conc H+/ Warm/ Alcohol
- Acidified Na2Cr2O7
- Remains orange
- Condensation polymerisation/ heat
- Polymer (RCOR) bond formed
- Polyester
- Polymer (RCOR) bond formed
- Acidified Na2Cr2O7 Reflux
- Carboxylic Acid (RCOOH)
- Dehydration HBr/Heat
- Haloalkane (RX)
- 1. Dilute nitric acid 2.Silver Nitrate
- Br
- Cream precipitate
- I
- Yellow precipitate
- Cl
- White precipitate
- F
- No Precipitate
- Br
- Free radical substitution Cl2/UV light
- Alkane (C-C)
- Hydrogenation (H+) Ni catalyst
- Alkene (C=C)
- Dehydration Al2O3 400 °c
- Hydration Steam 300°c (H3PO4 catalyst)
- Bromine solution
- Decolourises
- Necleophilic addition HBR
- Haloalkane (RX)
- 1. Dilute nitric acid 2.Silver Nitrate
- Br
- Cream precipitate
- I
- Yellow precipitate
- Cl
- White precipitate
- F
- No Precipitate
- Br
- Free radical substitution Cl2/UV light
- Alkane (C-C)
- Hydrogenation (H+) Ni catalyst
- Alkene (C=C)
- Dehydration Al2O3 400 °c
- Hydration Steam 300°c (H3PO4 catalyst)
- Bromine solution
- Decolourises
- Necleophilic addition HBR
- Addition Polymerisation
- Polymer (C-C) Bond formed
- Dehydration Al2O3 400 °c
- Alkene (C=C)
- Hydrogenation (H+) Ni catalyst
- Alkane (C-C)
- 1. Dilute nitric acid 2.Silver Nitrate
- Haloalkane (RX)
- Addition Polymerisation
- Polymer (C-C) Bond formed
- Dehydration Al2O3 400 °c
- Alkene (C=C)
- Hydrogenation (H+) Ni catalyst
- Alkane (C-C)
- 1. Dilute nitric acid 2.Silver Nitrate
- Haloalkane (RX)
- Nuc Substitution KOH(ethanol/ water)
- Secondary
- Acidified Na2Cr2O7 Reflux
- Ketone (ROR)
- Addition HCN
- Nitrile (RCN)
- Reflux K/NACN
- Dehydration P4O10 catalyst
- Amine (RNH2)
- Nucleophilic substitution Amonia/Heat
- Nucleophilic substitution Ammonia/ primary amine
- Acyl Chloride (RCOOCl)
- OR
- Condensation polymerisation
- Amine (RNH2)
- Nucleophilic substitution Amonia/Heat
- Nucleophilic substitution Ammonia/ primary amine
- Acyl Chloride (RCOOCl)
- OR
- Condensation polymerisation
- Polymer (RCONHR) bond formed (Peptide linkage)
- Polyamide
- Polymer (RCONHR) bond formed (Peptide linkage)
- Condensation polymerisation
- Hydrolysis
- SOCl2
- OR
- Amide (RCONH2)
- Acyl Chloride (RCOOCl)
- Secondary Amine (R2NH) Heat
- Nucleophilic substitution Amonia/Heat
- Polymer (RCONHR) bond formed (Peptide linkage)
- Polyamide
- Amine (RNH2)
- Condensation polymerisation
- Hydrolysis
- SOCl2
- OR
- Amide (RCONH2)
- Acyl Chloride (RCOOCl)
- Secondary Amine (R2NH) Heat
- Nucleophilic substitution Amonia/Heat
- Amine (RNH2)
- Reflux K/NACN
- Nitrile (RCN)
- Addition HCN
- Ketone (ROR)
- Acidified Na2Cr2O7 Reflux
- Primary
- Acidified Na2Cr2O7 Warm
- Reduction LiAlH4
- Acidified Na2Cr2O7 Warm
- Reduction LiAlH4
- Polymer (RCOR) bond formed
- Polyester
- Alcohol (OH)
- Acidified Na2Cr2O7 Reflux
- Carboxylic Acid (RCOOH)
- Dehydration HBr/Heat
- Nuc Substitution KOH(ethanol/ water)
- Secondary
- Acidified Na2Cr2O7 Reflux
- Ketone (ROR)
- Addition HCN
- Nitrile (RCN)
- Reflux K/NACN
- Dehydration P4O10 catalyst
- Reflux K/NACN
- Nitrile (RCN)
- Addition HCN
- Ketone (ROR)
- Acidified Na2Cr2O7 Reflux
- Primary
- Acidified Na2Cr2O7 Warm
- Reduction LiAlH4
- Acidified Na2Cr2O7 Warm
- Reduction LiAlH4
- Ester (RCOOR)
- Fragrant smell
- Reduction LiAlH4 (Forms 2 alcohols)
- Esterification Alcohol (HCl lost)
- Hydrolysis Water
- Oily appearance when added to water
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