Statistics for AQA A Level Chemistry Synthetic Routes

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General Stats
Answer Stats
Score Distribution
Your Score History

General Stats

This quiz has been taken 36 times
The average score is 46 of 95

Answer Stats

	Start	End			% Correct
			Temperature	200ᵒC	92%
1	Alkene	Alkane	Type	Hydrogenation	92%
			Reagent	Hydrogen Gas	92%
			Conditions	Nickel Catalyst	92%
2	Alkene	Haloalkane	Type	Electrophilic Addition	85%
			Catalyst	Phosphoric Acid	77%
			Temperature	300ᵒC	69%
			Reagent	HX	69%
5	Alcohol (Secondary)	Ketone	Type	Oxidation	69%
6	Alcohol (Primary)	Aldehyde	Type	Oxidation	69%
			Reagent	Potassium Dichromate	69%
			Reagent	Potassium Dichromate	69%
			Heat Conditions	Reflux	69%
8	Alcohol	Ester	Type	Esterification	62%
3	Alkene	Alcohol	Type	Hydration	62%
7	Alcohol (Primary)	Carboxylic Acid	Type	Oxidation	62%
12	Aldehyde	Carboxylic Acid	Type	Oxidation	62%
			Reagent	Potassium Dichromate	62%
			Reagent	Potassium Dichromate	62%
			Heat Conditions	Reflux	62%
			Reagent	Steam	62%
			Pressure(atm)	600	54%
			Reagent	Alcohol	54%
			Reagent	Carboxylic Acid	54%
			Conditions	Concentrated Sulfuric Acid	54%
			Catalyst	Concentrated Sulfuric Acid	54%
			Catalyst	Concentrated Sulfuric Acid	54%
			Conditions	Dilute Sulfuric Acid	54%
4	Alkene	Alcohol	Type	Electrophilic Addition	54%
9	Carboxylic Acid	Ester	Type	Esterification	54%
			Reagent	NaBH4	54%
13	Aldehyde/Ketone	Alcohol	Type	Reduction	54%
			Heat Conditions	Reflux	54%
			Conditions	Room Temperature	54%
			Conditions	Sulfuric Acid	54%
			Catalyst	Sulfuric Acid	54%
			Conditions	Sulfuric Acid	54%
11	Ester	Alcohol+Carboxylic Acid	Type	Acid Hydrolysis	46%
			Reagent	Ammonia	46%
10	Alcohol	Alkene	Type	Elimination	46%
17	Haloalkane	Alkene	Type	Elimination	46%
			Conditions	Ethanol	46%
			Reagent	Hydrogen Gas	46%
			Reagent	KCN(aq)	46%
			Reagent	KCN(aq)	46%
			Catalyst	Nickel	46%
14	Aldehyde/Ketone	Hydroxynitrile	Type	Nucleophilic Addition	46%
22	Acyl Chloride/Acid Anhydride	Amide	Type	Nucleophilic Addition Elimination	46%
18	Haloalkane	Amine	Type	Nucleophilic Substitution	46%
16	Haloalkane	Alcohol	Type	Nucleophilic Substitution	46%
15	Carboxylic Acid	Aldehyde	Type	Reduction	46%
			Heat Conditions	Reflux	46%
			Heat Conditions	Reflux	46%
			Heat Conditions	Reflux	46%
			Heat Conditions	Reflux	46%
			Heat Conditions	Reflux	46%
			Conditions	Room Temperature	46%
			Reagent	Warm NaOH	46%
			Reagent	Water	46%
			Reagent	Alcohol	38%
			Conditions	Aqueous	38%
			Conditions	Dry Ether	38%
			Conditions	Ethanol	38%
			Reagent	Excess Ammonia	38%
			Heat Conditions	Gentle Heating	38%
			Reagent	LiAlH4	38%
			Reagent	NaOH	38%
23	Acyl Chloride/Acid Anhydride	N-substituted amide	Type	Nucleophilic Addition Elimination	38%
25	Acyl Chloride/Acid Anhydride	Carboxylic Acid	Type	Nucleophilic Addition Elimination	38%
24	Acyl Chloride/Acid Anhydride	Ester	Type	Nucleophilic Addition Elimination	38%
19	Haloalkane	Nitrile	Type	Nucleophilic Substitution	38%
			Reagent	Primary Amine	38%
20	Nitrile	Amine	Type	Reduction	38%
21	Nitrile	Amine	Type	Reduction	38%
			Conditions	Room Temperature	38%
			Conditions	Room Temperature	38%
			Conditions	Room Temperature	38%
			Conditions	Room Temperature	38%
			Reagent	Water	38%
			Conditions	Water and Ethanol solvent	38%
			Temperature	180ᵒC	31%
			Catalyst	Dilute Hydrogen Chloride	31%
			Conditions	Dry Ether	31%
			Conditions	Dry Ether	31%
			Conditions	High Temperature and High Pressure	31%
			Reagent	LiAlH4	31%
			Reagent	LiAlH4	31%
26	Amide	Amine	Type	Reduction	31%
			Conditions	Reflux	31%
			Heat Conditions	Room Temperature	31%
			Reagent	Water	31%
			Conditions	High Pressure	23%
			Conditions	Reflux	23%
			Temperature	Room Temperature	23%
			Reagent	Concentrated Sulfuric Acid	15%