Edexcel A-Level Chemistry A2 16.11 Eo Is Directly Proportional to the Total Entropy Topic Practice

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Pearson Edexcel IAL Chemistry

Unit 4: Rates, Equilibria and Further Organic Chemistry

Topic 11: Kinetics

Topic 12: Entropy and Energetics

Topic 13: Chemical Equilibria

Topic 14: Acid-base Equilibria

Topic 15: Organic Chemistry: Carbonyls, Carboxylic Acids and Chirality

Unit 5: Transition Metals and Organic Nitrogen Chemistry

Topic 16: Redox Equilibria

16.1 - terms 'oxidation' and 'reduction' in terms of

16.2 - the term 'standard electrode potential', Eo

16.3 - standard electrode potential, Eo, is measured in

16.4 - features of the standard hydrogen electrode and

16.5 - Different methods are used to measure standard

16.6 - CORE PRACTICAL 12 Investigating some

16.7 - standard emf, Eo cell, by combining two standard

16.8 - Cell diagrams using the conventional representation

16.9 - importance of the conditions when measuring an

16.10 - Standard electrode potentials to predict the

16.11 - Eo is directly proportional to the total entropy

16.12 - limitations of predictions made using standard

16.13 - Standard electrode potentials are sometimes

16.14 - standard electrode potentials can be used to

16.15 - Carry out both structured and unstructured

16.16 - Discuss the uncertainty of measurements and their

16.17 - CORE PRACTICALS 13a and 13b Carry out redox

16.18 - Fuel cells use the energy released on the reaction

16.19 - electrode reactions that occur in a hydrogen-oxygen

16.SP1 - Further suggested practical: investigate the

16.SP2 - Further suggested practical: investigate the

16.SP3 - Further suggested practical: prepare crystals of

Topic 17: Transition Metals and their Chemistry

Topic 18: Organic Chemistry – Arenes

Topic 19: Organic Nitrogen Compounds: Amines, Amides, Amino Acids and Proteins

Topic 20: Organic Synthesis

Unit 6: Practical Skills in Chemistry II

Practical Skills in Chemistry II

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