5724798878 | Change of Functional Group in "Oxidation of Aldehydes". | Aldehyde to Carboxylic Acid | 0 | |
5724812033 | Reagent in "Oxidation of Aldehydes" | Potassium dichromate (VI) solution and dilute sulphuric acid | 1 | |
5724815289 | Conditions of "Oxidation of Aldehydes" | Heat under Reflux | 2 | |
5724822838 | Forming Tollen's Reagent | Aqueous Ammonia and Silver Nitrate. | 3 | |
5724829089 | Complex Ion in Tollen's Reagent | [Ag(NH3)2]+ | 4 | |
5724839039 | Conditions for Tollen's Reagent | Heat Gently. | 5 | |
5724845727 | Tollen's Reagent vs Aldehyde Chemical Changes | Oxidised into a carboxylic acid and silver (I) ions are reduced to silver atoms. | 6 | |
5724857179 | Tollen's Reagent vs Aldehyde Observation. | SIlver Mirror forms. | 7 | |
5724859624 | Tollen's Reagent vs Ketone | No change. | 8 | |
5724868124 | Fehling's Solution Conditions | Heat Gently | 9 | |
5724874952 | Fehling's Solution vs Aldehyde Chemical Changes | Oxidised into a carboxylic acid and copper ions are reduced to copper (I) oxide. | 10 | |
5724882485 | Fehling's Solution vs Aldehyde Observation. | Blue Cu2+ ions in solution change to red precipitate of Cu2O. | 11 | |
5724904605 | Fehling's Solution vs Ketone | No reaction. | 12 | |
5724907150 | Reduction of Carbonyls Reagents | NaBH4 in aqueous ethanol | 13 | |
5724917093 | Reduction of Carbonyls Condition | Room temperature and pressure. | 14 | |
5724929060 | What does Catalytic Hydrogenation do? | Reduce Carbonyls. | 15 | |
5724932324 | Catalytic Hydrogenation Reagent | Hydrogen and nickel catalsyt. | 16 | |
5724953078 | Catalytic Hydrogenation Condition | High Pressure | 17 | |
5734537917 | Carbonyl to Hydroxynitriles Reagent | Sodium Cyanide (NaCN) and dilute Sulphuric Acid | 18 | |
5734552542 | Carbonyl to Hydroxynitriles Conditions | Room temperature and pressure | 19 | |
5734563694 | Carbonyl to Hydroxynitriles Mechanism | Nucleophilic Addition | 20 | |
5734624827 | Hydrolysis of Ester using Acid Reagents | Dilute Acid HCl | 21 | |
5734630164 | Hydrolysis of Ester using Acid Conditions | Heat under Reflux | 22 | |
5734631554 | Hydrolysis of Ester using Alkali Reagents | Dilute Sodium Hydroxide | 23 | |
5734647247 | Hydrolyiss of Ester using Alkali Conditions | Heat under Reflux | 24 | |
5734658518 | Acyl Chlorides Reaction with Water Change in Functional Group | Acyl Chloride -> Carboxylic Acid | 25 | |
5734671303 | Acyl Chlorides Reaction with Water Reagent | Water | 26 | |
5734671304 | Acyl Chlorides Reaction with Water Conditions | Room Temperature | 27 | |
5734686286 | Acid Anhydrides Reaction with Water Change in Functional Group | Acid Anhydride -> Carboxylic Acid | 28 | |
5734688840 | Acid Anhydrides Reaction with Water Reagent | Water | 29 | |
5734690937 | Acid Anhydrides Reaction with Water Conditions | Room temp. | 30 | |
5734697935 | Acyl Chlorides Reaction with Alcohol Change in Fuctional Group | Acyl Chloride -> Water | 31 | |
5734700734 | Acyl Chlorides Reaction with Alcohol Reagent | Alcohol | 32 | |
5734700735 | Acyl Chlorides Reaction with Alcohol Conditions | Room Temperature | 33 | |
5734707198 | Acid Anhydride Reaction with Alcohol Change in Fuctional Group | Acid Anhydride -> Ester | 34 | |
5734712047 | Acid Anhydride Reaction with Alcohol Reagent | Alcohol | 35 | |
5734712050 | Acid Anhydride Reaction with Alcohol Conditions | Room Temperature | 36 | |
5734735744 | Acyl Chlorides Reaction with Ammonia Change in Functional Group | Acyl Chloride -> Primary Amide | 37 | |
5734743262 | Acyl Chlorides Reaction with Ammonia Reagent | Ammonia | 38 | |
5734743346 | Acyl Chlorides Reaction with Ammonia Conditions | Room Temperature | 39 | |
5734781588 | Acid Anhydride Reaction with Ammonia Change in Fuctional Group | Acid Anhydride -> Primary Amide | 40 | |
5734783660 | Acid Anhydride Reaction with Ammonia Reagent | Ammonia | 41 | |
5734791056 | Acid Anhydride Reaction with Ammonia Conditions | Room Temperature | 42 | |
5734796570 | Acyl Chlorides Reaction with Primary Amines Change in Functional Group | Acyl Chloride -> Secondary Amine | 43 | |
5734799988 | Acyl Chlorides Reaction with Primary Amines Reagent | Primary Amine | 44 | |
5734799989 | Acyl Chlorides Reaction with Primary Amines Conditions | Room Temperature | 45 | |
5734806875 | Acid Anhydride Reaction with Primary Amines Change in Functional Group | Acid Anhydride -> Secondary Amide | 46 | |
5734808827 | Acid Anhydride Reaction with Primary Amines Reagent | Primary Amine | 47 | |
5734808828 | Acid Anhydride Reaction with Primary Amines Conditions | Room Temp. | 48 | |
5734823428 | Nitration of Benzene Change in Fuctional Group | Benzene -> Nitrobenzene | 49 | |
5734826955 | Nitration of Benzene Reagents | Conc. nitric acid in the presence of concentrated sulphuric acid (catalyst). | 50 | |
5734830110 | Nitration of Benzene Mechanism | Electrophilic Substituion | 51 | |
5734832337 | Nitration of Benzene Electrophile | NO2+ | 52 | |
5734843359 | Friedel Crafts Acylation Change in Functional Group | Benzene -> phenyl ketone | 53 | |
5734847388 | Friedel Crafts Acylation Reagents | Acyl chloride in presence of anhydrous aluminium chloride catalyst | 54 | |
5734853889 | Friedel Crafts Acylation Conditions | Heat under Reflux (50c) | 55 | |
5734863966 | Friedel Crafts Acylation Mechanism | Electrophilic Substituion | 56 | |
5734869064 | Reducing a Nitroarene to Aromatic Amines Reagent | Sn and HCl or Fe and HCl | 57 | |
5734872495 | Reducing a Nitroarene to Aromatic Amines Conditions | Heating | 58 | |
5734872562 | Reducing a Nitroarene to Aromatic Amines Mechanism | Reduction | 59 | |
5734889199 | Preparing Amines from Nitriles: Step 1 and reagents/conditions | Convert Haloalkane to Nitrile using KCN in ethanol (heat under reflux) | 60 | |
5734894449 | Preparing Amines from Nitriles: Step 2 and reagents/conditions | Reduce nitrile to amine by using LiAlH4 in ether or by reducing with H2 using a Ni catalyst. | 61 | |
5734948450 | Acid + Metal | Salt + Hydrogen | 62 | |
5734950627 | Acid + Alkali | Salt + Water | 63 | |
5734950630 | Acid + Carbonate | Salt + Water + Carbon Dioxide. | 64 | |
5734962550 | Nitration of Benzene Equation for Formation of Electrophile | HNO3 + 2H2SO4 -> (NO2+) +(2HSO4-) +(H3O+) | 65 | |
5734988052 | Friedel Craft Acylation Equation for Formation of the electrophile | AlCl3 + Ch3COCl -> CH3CO+AlC4- | 66 |
A2 Organic Chemistry Reactions, Reagents and Conditions Flashcards
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