Imperial College London · Chemistry · CHEM 40006
Here are the best resources to pass CHEM 40006 at Imperial College London. Find CHEM 40006 study guides, notes, assignments, and much more. We also have lots of notes, study guides, and study notes available for Chemistry at Imperial College London.
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Contains all the modules at Imperial College London (Year 1), including Medicinal Chemistry
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- • 7 items •
- Inorganic Chemistry 1 (Chemistry of the Elements) • Summary
- Organic Chemistry 1 (Reactivity at Carbon centers) • Summary
- Organic Chemistry 1 (Language of Chemistry) • Summary
- Physical Chemistry 1 (Introduction to spectroscopy) • Summary
- Physical Chemistry 1 (The reaction toolkit, thermodynamics. kinetic theory of gases) • Summary
- And more ….
Contains all the modules at Imperial College London (Year 1), including Medicinal Chemistry
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Contains all the modules at Imperial College London (Year 1), including Medicinal Chemistry
- Bundle
- • 7 items •
- Inorganic Chemistry 1 (Chemistry of the Elements) • Summary
- Organic Chemistry 1 (Reactivity at Carbon centers) • Summary
- Organic Chemistry 1 (Language of Chemistry) • Summary
- Physical Chemistry 1 (Introduction to spectroscopy) • Summary
- Physical Chemistry 1 (The reaction toolkit, thermodynamics. kinetic theory of gases) • Summary
- And more ….
Contains all the modules at Imperial College London (Year 1), including Medicinal Chemistry
In line with Organic Chemistry 1 courses in other universities.
- Bundle
- • 2 items •
In line with Organic Chemistry 1 courses in other universities.
In this module you will be taking a mechanistic approach to introductory organic chemistry and learning about the major types of reactivity at carbon centres. The module will build on previous modules such as ‘Language of Chemistry’ and incorporate kinetics and spectroscopy, where appropriate, to build your understanding of reactivity at both carbon sp3 and sp2 centres. By the end of the module you will be able to predict and rationalise the outcomes of reactions at sp3 and sp2 centres, incl...
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- Summary
- • 87 pages •
In this module you will be taking a mechanistic approach to introductory organic chemistry and learning about the major types of reactivity at carbon centres. The module will build on previous modules such as ‘Language of Chemistry’ and incorporate kinetics and spectroscopy, where appropriate, to build your understanding of reactivity at both carbon sp3 and sp2 centres. By the end of the module you will be able to predict and rationalise the outcomes of reactions at sp3 and sp2 centres, incl...
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