Electrochemistry
GCE AS/A Chemistry [Assessment and Qualifications Alliance (AQA)]
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Atomic Structure, Chemical Bonding & Periodicity
Foundation Physical & Inorganic Chemistry
Introduction to Organic Chemistry
Further Physical & Organic Chemistry
Thermodynamics & Further Inorganic Chemistry
Synoptic Objective Questions
Practical
Source: http://www.aqa.org.uk/
- Oxidative Explorations Of Taxanes
Our paper is now out. This ongoing project, although some might label as simple, requires many different types of oxidations, and all of which require many experiments to discover. You can read the paper and ask me questions or send me comments to your...
- Significance Of The Nernst Equation.
The Nernst equation tells us that a half-cell potential will change by 59 millivolts per 10-fold change in the concentration of a substance involved in a one-electron oxidation or reduction; for two-electron processes, the variation will be 28 millivolts...
- Transport Of Charge Within The Cell
For the cell to operate, not only must there be an external electrical circuit between the two electrodes, but the two electrolytes (the solutions) must be in contact. The need for this can be understood by considering what would...
- Which Half-eqn To Use For H2o?
← Back to Electrochemistry In aqueous solutions (neutral) H2O is oxidised to O2 H2O is reduced to H2 In acidic solutions (H+ present in significant amounts) H2O is oxidised to O2 H+ is reduced to H2 In alkaline...
- Practice Questions (a Levels) - Ccea
GCE AS/A Chemistry [Council for the Curriculum Examinations & Assessment (CCEA)] Papers/ Topics Available: June 2007 General ChemistryOrganic, Physical & Inorganic ChemistryPractical (1)Practical (2)Further Organic, Physical & Inorganic ChemistryAnalytical,...
Electrochemistry
Practice Questions (A Levels) - AQA
GCE AS/A Chemistry [Assessment and Qualifications Alliance (AQA)]
You need Adobe Reader to read the files.Click here to download if you do not have it installed in your computer.
Atomic Structure, Chemical Bonding & Periodicity
| Jun 2007 | Question Paper (93KB) | Solutions (142KB) |
| Jan 2007 | Question Paper (95KB) | Solutions (1484KB) |
| Jun 2006 | Question Paper (112KB) | Solutions (211KB) |
| Jan 2006 | Question Paper (114KB) | Solutions (154KB) |
| Jun 2005 | Question Paper (105KB) | Solutions (128KB) |
| Jan 2005 | Question Paper (98KB) | Solutions (156KB) |
Foundation Physical & Inorganic Chemistry
| Jun 2007 | Question Paper (96KB) | Solutions (113KB) |
| Jan 2007 | Question Paper (95KB) | Solutions (142KB) |
| Jun 2006 | Question Paper (114KB) | Solutions (143KB) |
| Jan 2006 | Question Paper (114KB) | Solutions (136KB) |
| Jun 2005 | Question Paper (103KB) | Solutions (131KB) |
| Jan 2005 | Question Paper (101KB) | Solutions (142KB) |
Introduction to Organic Chemistry
| Jun 2007 | Question Paper (208KB) | Solutions (181KB) |
| Jan 2007 | Question Paper (102KB) | Solutions (152KB) |
| Jun 2006 | Question Paper (121KB) | Solutions (161KB) |
| Jan 2006 | Question Paper (120KB) | Solutions (176KB) |
| Jun 2005 | Question Paper (171KB) | Solutions (145KB) |
| Jan 2005 | Question Paper (105KB) | Solutions (186KB) |
Further Physical & Organic Chemistry
| Jun 2007 | Question Paper (227KB) | Solutions (173KB) |
| Jan 2007 | Question Paper (117KB) | Solutions (149KB) |
| Jun 2006 | Question Paper (134KB) | Solutions (183KB) |
| Jan 2006 | Question Paper (132KB) | Solutions (129KB) |
| Jun 2005 | Question Paper (108KB) | Solutions (187KB) |
| Jan 2005 | Question Paper (121KB) | Solutions (176KB) |
Thermodynamics & Further Inorganic Chemistry
| Jun 2007 | Question Paper (113KB) | Solutions (186KB) |
| Jun 2006 | Question Paper (137KB) | Solutions (190KB) |
| Jun 2005 | Question Paper (132KB) | Solutions (164KB) |
| Jan 2005 | Question Paper (119KB) | Solutions (158KB) |
Synoptic Objective Questions
| Jun 2007 | Question Paper (131KB) | Solutions (83KB) |
| Jun 2006 | Question Paper (131KB) | Solutions (96KB) |
| Jun 2005 | Question Paper (117KB) | Solutions (166KB) |
| Jan 2005 | Question Paper (119KB) | Solutions (112KB) |
Practical
| Jun 2007 | (1) Question Paper (97KB) | (1) Solutions (144KB) |
| Jun 2007 | (2) Question Paper (96KB) | (2) Solutions (163KB) |
| Jun 2006 | (1) Question Paper (120KB) | (1) Solutions (192KB) |
| Jun 2006 | (2) Question Paper (115KB) | (2) Solutions (202KB) |
| Jun 2005 | (1) Question Paper (133KB) | (1) Solutions (165KB) |
| Jun 2005 | (2) Question Paper (182KB) | (2) Solutions (82KB) |
Source: http://www.aqa.org.uk/
- Oxidative Explorations Of Taxanes
Our paper is now out. This ongoing project, although some might label as simple, requires many different types of oxidations, and all of which require many experiments to discover. You can read the paper and ask me questions or send me comments to your...
- Significance Of The Nernst Equation.
The Nernst equation tells us that a half-cell potential will change by 59 millivolts per 10-fold change in the concentration of a substance involved in a one-electron oxidation or reduction; for two-electron processes, the variation will be 28 millivolts...
- Transport Of Charge Within The Cell
For the cell to operate, not only must there be an external electrical circuit between the two electrodes, but the two electrolytes (the solutions) must be in contact. The need for this can be understood by considering what would...
- Which Half-eqn To Use For H2o?
← Back to Electrochemistry In aqueous solutions (neutral) H2O is oxidised to O2 H2O is reduced to H2 In acidic solutions (H+ present in significant amounts) H2O is oxidised to O2 H+ is reduced to H2 In alkaline...
- Practice Questions (a Levels) - Ccea
GCE AS/A Chemistry [Council for the Curriculum Examinations & Assessment (CCEA)] Papers/ Topics Available: June 2007 General ChemistryOrganic, Physical & Inorganic ChemistryPractical (1)Practical (2)Further Organic, Physical & Inorganic ChemistryAnalytical,...