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Redox Reactions: Complete Course on Redox reactions
Rating: 5.0 out of 5(2 ratings)
27 students

Redox Reactions: Complete Course on Redox reactions

Identify oxidation and reduction, oxidation rules, calculate oxidation number, application of oxidation rules....
Created byLive Tutelage
Last updated 6/2022
English

What you'll learn

  • Redox Reactions : oxidation and reduction
  • Oxidation rules, exceptions in oxidation rules, calculating equivalent weight, the concept of equivalents
  • Complete details about redox reactions and its applications
  • A detailed veiw about every topics in redox reactions

Course content

1 section • 20 lectures • 9h 10m total length

  • Introduction1:45
  • Redox Reaction20:26

    Identify redox reactions by tracking oxidation numbers and electron transfer, distinguishing oxidation and reduction, and recognizing when electrons are gained or lost in a reaction.

  • Oxidation Rules39:28

    Master oxidation numbers using the rules for hydrogen, oxygen, and group elements. Explore how neutral compounds sum to zero and polyatomic ions carry a charge.

  • Calculating Oxidation Number28:38
  • Oxidation number Versus Oxidation state21:53

    Learn the difference between oxidation numbers and oxidation states, including how to assign integers and fractional averages using electronegativity, with examples like sulfuric acid and carbon compounds.

  • Exceptions In Oxidation Rules44:00
  • Types of Redox Reactions35:16
  • Oxidizing agents and Reducing agents32:32
  • Application of Oxidation Number37:23
  • Balancing Redox Reaction in Acidic Medium By Half Reaction Method37:16

    Learn to balance redox reactions in acidic medium using the half-reaction method: identify oxidation numbers, separate half-reactions, balance charge, oxygen, and hydrogen with water and H+, then balance electrons.

  • Balancing Redox Reaction in Basic Medium25:15
  • Balancing Redox Reaction by Oxidation Number Method25:00
  • Calculating n factor value for atoms, ions and molecules28:54
  • Calculating n factor value for acids, bases and salts21:25
  • Calculating n factor value for intermolecular redox reactions25:55
  • Calculating n factor value for intramolecular redox reactions26:56

    Learn to calculate n factor values for intramolecular and intermolecular redox reactions by balancing oxidation numbers, tracking electron transfer, and determining oxidation and reduction partners.

  • Calculating n factor value for disproportionate redox reactions16:58
  • Calculating n factor value for multiple oxidation/ reduction reactions26:29
  • Equivalent weight and number of equivalents31:10
  • Redox and Electrode Potentials23:21

Requirements

  • To be able to find out oxidation number
  • Familiar with oxidation and reduction reactions

Description

At the end of the course, the students will be able to learn complete details about redox reactions.

The course includes:

  1. Redox reactions: It is a reaction in which both oxidation and reduction reaction take place simultaneously.

  2. Types of redox reaction: There are four types of redox reactions: Intermolecular redox, intramolecular redox, disproportionate redox and co-proportionation redox reaction.

  3. Intermolecular redox reaction: The redox in which one reactant undergoes oxidation and another reactant undergoes reduction reaction.

  4. Intramolecular redox reaction: The redox in which in a given reactant, one element undergoes oxidation and another element undergoes reduction.

  5. Disproportionate redox reaction: The redox in which in a given reactant, same element undergoes both oxidation and reduction reaction.

  6. Co-proportionation redox reaction: It is reverse of disproportionate redox reaction.

  7. How to identify oxidation and reduction reactions: increase in oxidation number is oxidation and decrease in oxidation number is reduction.

  8. How to calculate oxidation number

  9. Oxidation rules: It helps to determine the oxidation number of an element in any molecule, compounds, polyatomic ions and complex compounds.

  10. Application of oxidation rules: These rules help to identify strength of acids and bases, identifying oxidizing agents and reducing agents.

  11. Balancing redox reaction in acidic medium by half reaction method

  12. Balancing redox reaction in basic medium by half reaction method

  13. Balancing redox reaction in acidic medium by oxidation number method.


Who this course is for:

  • IIT, NEET, BISAT, AIIMS, NATA, CLAT, CET, CBSE board, State Board, ICSE Board, IGCSE A and AS Levels

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