Edexcel A-Level Chemistry A2 16.14 How Standard Electrode Potentials Can Be Used to Predict the Thermodynamic Feasibility of Disproportionation Reactions Questions

Practise Edexcel IAL Chemistry 16.14 by selecting relevant half-equations, calculating disproportionation E°cell and identifying feasible species from potential data.

Syllabus
First assessment 2019
Course
Chemistry YCH11
Level
A2

Exam points

  • Select and combine the relevant half-equations and standard potentials for a disproportionation reaction.
  • Calculate E°cell for disproportionation and state whether it is feasible.
  • Identify which species disproportionates from a table of standard electrode potentials.

Edexcel A-Level Chemistry A2 16.14 How Standard Electrode Potentials Can Be Used to Predict the Thermodynamic Feasibility of Disproportionation Reactions Questions question 1

[Maximum number: 2]

This question is about manganese compounds. Some data are given below.

Table for Question Edexcel A-Level Chemistry A2 16.14 How Standard Electrode Potentials Can Be Used to Predict the Thermodynamic Feasibility of Disproportionation Reactions Questions question 1 — Edexcel A-Level Chemistry A2

Calculate Ecell ⊖E_{\text {cell }}^{\ominus} for the disproportionation of manganate(VI) ions in acidic conditions, stating whether or not the reaction is thermodynamically feasible.

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