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AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and...

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Paddington Academy Page 1 AS LEVEL CHEMISTRY PAPER 2 PRACTICE PAPER 25 (structured questions only) Answer all questions Max 80 marks Name …………………………………………………………….. Mark ……../80 ……....% Grade ……… Note – this paper only contains structured questions This paper contains legacy 2016 questions

Transcript

Page 1: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 1

AS LEVEL CHEMISTRY

PAPER 2

PRACTICE PAPER 25

(structured questions only)

Answer all questions

Max 80 marks

Name ……………………………………………………………..

Mark ……../80 ……....% Grade ………

Note – this paper only contains structured questions

This paper contains legacy 2016 questions

Page 2: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 2

1.

Page 3: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 3

[Total 17 marks]

Page 4: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 4

2.

Page 5: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 5

Page 6: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 6

[Total 13 marks]

Page 7: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 7

3.

Page 8: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 8

[Total 13 marks]

Page 9: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 9

4.

Page 10: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 10

Page 11: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 11

[Total 17 marks]

5.

[Total 2 marks]

Page 12: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 12

6.

Page 13: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 13

[Total 9 marks]

Page 14: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 14

7.

Page 15: AS LEVEL CHEMISTRY reagent and Fehling's solution can be used to distinguish between isomers P and Q. The results shown in Table 3 are obtained. Table 3 Observation with Compound Tollens'

Paddington Academy

Page 15

[Total 9 marks]

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