Wednesday 10th June 2015
20% of Advanced GCE Chemistry
1: Rates
2: Entropy
3: Equilibria
4: Application of rates and equilibrium
5: Acid/base equilibria
6: Further organic chemistry
7: Spectroscopy and chromatography
The unit is assessed through a 1 hour and 40 min written examination paper set in three sections:
Section A: Multiple choice questions
Section B: Short-answer and extended answer questions
Section C: Data questions with the use of a data booklet.
Grades A*–E are available.
1. Cover 6CH04 Specification<br /> 2. Practice examination style questions
1. Solve 6CH04 past papers<br /> 2. Revisit the mistakes/revise topics
1. Sit mock examination papers<br /> 2. Revisit the mistakes/revise topics
Monday 15th June 2015
20% of Advanced GCE Chemistry
1: Redox and Chemistry of Transition metals
2: Organic Chemistry – Arenes, Nitrogen compounds and Synthesis
3: Synoptic section – Covers whole of GCE Advanced Chemistry
The unit is assessed through a 1 hour and 30 min written examination paper set in three sections:
Section A: Multiple choice questions
Section B: Short-answer and extended answer questions
Section C: Contemporary context questions
Grades A–E are available.
1. Cover 6CH05 Specification<br /> 2. Practice examination style questions
1. Solve 6CH05 past papers<br /> 2. Revisit the mistakes/revise topics
1. Sit mock examination papers<br /> 2. Revisit the mistakes/revise topics
Internal assessment
10% of Advanced GCE Chemistry
1: Practical assessments covering contents of A2 unit 4 and unit 5.
Download 6CH06 planView ResourcesThe laboratory skills are assessed through 4 different ways:
Activity A: General practical competence
Activity B: Qualitative observation [14 marks]
Activity C: Quantitative observation [14 marks]
Activity D: Preparation of a chemical [12 marks]
Activity c & d can be taken together in a multi-stage experiment or separately.
The total number of marks is 40.
Grades A*–E are available.
1. Learn to carry out experiment<br /> 2. Record valid observations and organise results
1. Learn to demonstrate safety in practicals<br /> 2. Analyse experimental data and derive valid conclusions
1. Learn to analyse data critically<br /> 2. Suggest improvement in the experiments