I am an engineering student currently pursuing engineering from PEC, University of Technology.

Shruti Oberoi

The course of electrochemistry has been divided into 10 video lessons differently talking about the various concepts of electrochemistry.  Starting from the very basic concepts to learning techniques for solving questions with the help of solved examples the course provides full guidance to the students. The course focuses on students preparing for the JEE exam and also covers the topics from boards point of view. The basic concepts have been explained in detail in the various lessons.It explains the electrochemical reactions, electrolysis, different types of cells and all the laws governing electrochemistry along with the industrial applications of it. I hope after watching this you will be able to answer all the questions related to electrochemistry after the full course.

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IIT JEE

JEE Main and Advanced Preparation

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Electrochemistry for IIT JEE

Electrochemistry

Physical Chemistry

Chemistry

IITJEE, NEET UG and Foundation

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This lesson of electrolysis and electrochemical cell explains the basic concept of electrolysis. It explains the different types of cells and their working i.e electrolytic and galvanic cell. Also it explains the phenomena of electrolysis of various solutions using inert and other metallic electrodes. The lesson will help you understand the basic working of the various types of cells.

Electrolysis and Electrochemical cell

The lesson talks about the electrolytic conductance of solutions. It discusses the various conductivities i.e specific,  molar and equivalent conductivity of solutions. The lesson talks about the different types of conductors i.e the metallic and electrolytic conductors and the basic differences between them. It also discusses the various factors affecting the electrolytic conductance and the different types of conductivities .The lesson ends with the solved examples on the concept.

Electrolytic Conductance

The lesson talks about the Arrhenius concept of electrolysis or electrolytic dissociation of ions. The lesson talks about the main points or the concepts of the Arrhenius concept and the various factors. It explains the degree of dissociation and the various factors determining the degree of ionisation. The lesson explain the various limitations and drawbacks of the Arrhenius theory. The lesson for a better understanding of the concept ends with certain solved questions and examples.

Arrhenius Concept of Electrochemistry

The lesson explains the basic derivation of the nernst equation. The lesson explain the various differences between the electromotive force and the potential difference of the cells. The lesson will help you understand the derivation of the nerdy equation and understand the heat in the chemical reaction and the work done in a chemical reaction. The lesson also talks about the Gibbs free energy change and how it helps in solving the various problems of the nernst equation.

Nernst Equation

The lesson explains the basic laws of electrochemistry i.e the two laws of Faraday and the Kohlrausch's law. The lesson talks about the derivation of these laws and their applications. Along with this the applications of the kohlrausch law have been discussed. Also the lesson will help you understand the concept of limiting molar conductivity and the conductance at infinite dilution. The lesson will help you understand how the laws are used to calculate the various valued of these conductivities with the help of solved examples.

Faraday's Laws and Kohlrausch's Law

This lesson talks about the electrochemical series. The very basic concepts of electrochemistry and the phenomena are based on this very series. The lesson will help you understand the electrochemical series and the various applications including electropositive nature, reducing power of metals and the displacement reactions. The lesson also talk about the most important application of this series that it corrosion. The rust formation and the corrosion of metals is explained in the series of lesson.

Electrochemical series

The lesson talks about the various phenomena and steps that take place at the Daniel cell or the concentration cell. The very basic working of the Daniel cell has been explained. The characteristics of the Daniel cell and the cell reactions have been discussed. The lesson explains the different types of concentration cells that is the electrode concentration cells and the electrolyte Concentration cells.The videos ends with a solved example using the nernst equation the value of concentration is calculated.

Daniel cell and other cells

The video lesson talks about the different types of batteries and their cell reactions. The video explains the primary storage batteries and the secondary storage batteries. The video lesson talks about the hydrogen fuel cell and the application and advantages of that cell. The lesson helps you understand the difference between rechargeable and non rechargeable batteries.

Batteries

This video lesson talks about the electrode potential of a cell or an electrode. The electrode potential can be positive negative or no charge at all. The electrode potential of the electrode is generally calculated by the help of the standard hydrogen electrode. The major conditions to calculate the standard electrode potential values are also discussed. The video lesson explains the use of the standard hydrogen electrode to calculate the values of the other electrodes . Lastly it talks about the method of the calculation of the electrode potential value.

Electrode potential

This video lesson talks about the electrode potential and how to calculate the value of electrode potential using standard hydrogen electrode. The lesson talks about the various electrodes that can be used as reference electrodes other than the standard hydrogen electrode. The other types of electrodes used are calomel electrode, the ferrous ferric ions electrode, the quin hydrone electrode the oxidation states of the organic compounds. The lesson also talks about the metal metal ion electrode .

Eletrude potential continued

chemistry educator || M.Sc.-Chemistry , B.ed || 9 years teaching experince || referral code- "VISHWAUP10"|| Youtuber || JEE NEET 

Vishwa Vivek Sharma

This course is designed for all the chemistry students. This course is full of concepts and numerical related to the nuclear chemistry.

(Hindi) Nuclear Chemistry: IIT JEE Main

-Listed As No.1 Chemistry Teacher On Youtube by Google
-YouTube 300K+ Subscriber 
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-Use Code MP20 For Discounts

Mritunjay Pandya

In this course we will deal with one of the most important topics of chemistry that is electrochemistry and will simplify the topics and learn each and every concepts of it with numericals

(Hindi) IIT JEE: Electrochemistry

Currently pursuing B Tech  from RGUKT AP IIIT ONGOLE 
#GitHub_Campus_Expert

Saimohan Charugundla

In this course, the educator discusses Electrochemistry.
The course will be beneficial for IIT JEE.

(Telugu) Electrochemistry: IIT JEE

Megha Khandelwal

In this course, the educator Megha will cover the Conductance in Electrolytic Solutions, Molar Conductivities, Kohlrausch’s Law, Electrolytic and Galvanic cell, Electrodes and Electrode potential, Nernst Equation for Cell Reactions etc for JEE.

Post Graduate In Chemistry From Indian Institute of technology,Guwahati.

Vimal Pratap Singh

This course is about electrochemistry, that is a very important topic for different competitive examination like IIT JEE (Mains and Advanced), CPMT etc.

(Hindi) Electrochemistry

In this chapter we will study about the chapter Solutions which is a having a very high importance in the competitive exams and boards.  This Course is beneficial for IIT JEE aspirants.

Lessons

10 lessons • 1h 51m

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Electrolysis and Electrochemical cell

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Electrolytic Conductance

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Arrhenius Concept of Electrochemistry

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Nernst Equation

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Faraday's Laws and Kohlrausch's Law

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Electrochemical series

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Daniel cell and other cells

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Batteries

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Electrode potential

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Eletrude potential continued