Redox Titration
CONTENTS
• Definition of Oxidation, reduction
• Oxidising agent and Reducing agent
• General Guidelines for Identifying Redox Reactions
• Rules for assigning oxidation numbers
• Balancing Redox reactions
• Equation for calculating equivalent weight of oxidising
agent and reducing agent
• Redox potential
• The Nernst equation
• Redox Indicators
• Types of Redox titrations
• Permanganometry
• Applications of permanganometric methods
• Bromometry
• Iodometry
• Iodimetry
• Applications of iodometry
• Applications of iodometry
• Potassium Iodate titration
• cerimetry
• Bromometry
• Cerimetry
Learning
Objectives
At the end of this
lecture, the student will be able to
• Explain redox reaction, oxidation and reduction, oxidising
and reducing agents
• Explain the Concepts of oxidation and reduction, Redox
reactions
• Assign oxidation numbers
• Balancing redox reactions
•Calculate the equivalent weights of oxidising and reducing
agents
• Redox Indicators
• Explain about the concept of permanganometry
• Explain the permanganate titrations
• Application of potassium permanganate method
• Explain the bromometric titrations
• Explain about the concept of Iodometry
• Explain about the concept of Iodimetry
• Discuss the applications of iodometry and iodimetry
• Explain the method of potassium Iodate titration
• Enumerate the Principles and applications of cerimetry
• Discuss the principle involved in bromometry.
• Explain the applications of bromometry.
• Discuss the principle involved in cerimetry.
• Explain the applications of cerimetry.
Reduction-
Oxidation Reactions
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