Crucial Practice Problems for CBSE Class 12 Physics Chapter 3: Electrochemistry
The Class 12 Chemistry Chapter 3 Important Questions are now available in the form of PDF at Vedantu. These important questions and answers are prepared by highly qualified and experienced teachers at Vedantu. The important Questions of Chapter 3 Chemistry Class 12 are made according to the latest NCERT curriculum. In these important questions, some extra questions of electrochemistry class 12 have also been covered. The Electrochemistry Class 12 Important Questions provide sufficient material which enables the student to form a good base with the fundamentals of the subject.
Important Questions of Chapter 3 Chemistry Class 12 can be downloaded easily from Vedantu. Student can download it from our website and learn it at any time from anywhere. The important questions provided here will enhance the student’s concept.
Download CBSE Class 12 Chemistry Important Questions 2023-24 PDF
Also, check CBSE Class 12 Chemistry Important Questions for other chapters:
FAQs on Important Questions for CBSE Class 12 Chemistry Chapter 3 - Electrochemistry 2023-24
1. What are the important questions of Chapter 3 Electrochemistry of Class 12 Chemistry?
Vedantu now has Important Questions of Chapter 3 of Class 12 Chemistry in PDF format. Vedantu's highly educated and experienced professors prepare these crucial questions and answers. The essential Chapter 3 of Class 12 questions are created in accordance with the most recent NCERT syllabus. Some extra questions from electrochemistry class 12 have been included in these vital questions. The Electrochemistry Class 12 Important Questions give enough material for the student to establish a solid foundation in the subject's principles.
2. What are the topics in Chapter 3 Electrochemistry of Class 12 Chemistry?
The topics of Chapter 3 of Electrochemistry of Class 12 NCERT will majorly cover Electrochemical cells, Galvanic cells, Measurement of electrode potential, Nernst equation, The equilibrium constant from the Nernst equation, Electrochemical cells and Gibbs free energy of the reaction, The conductance of the electrolytic cells, Measurement of the conductivity of the ionic solution, Variation in conductivity and molar conductivity and Kohlrausch's law and batteries. All these topics are extremely crucial for the Class 12 board examinations and all the concepts surrounding them must be studied thoroughly.
3. What is electrochemistry according to Chapter 3 of Class 12 Chemistry?
Electrochemistry is a branch of Chemistry that governs the operation of electrodes and reactors. An electrochemical cell is a device that uses a chemical process to create the difference between electrode forms. An ionic conductor, in theory, separates two types of electron conductors. An electron conductor connects it farther, making it accessible. When two metallic electrodes are present, the role of electrons is discussed in Class 12 Chemistry Chapter 3. These metallic electrodes are submerged in an electrolytic solution.
4. What is meant by limiting molar conductivity?
Limiting molar conductivity is a key topic in Chemistry Class 12 Chapter 3. The limiting molar conductivity is defined as the solution's molar conductivity at infinite dilution. As a result, the conductivity of an electrolyte at nearly 0 concentration is referred to as limiting molar conductivity. When the electrolyte concentration approaches zero, the molar conductivity is referred to as limiting molar conductivity. The limiting molar conductivity value is always smaller than unity.
5. What is the Nernst equation according to Chapter 3 of Class 12 Chemistry?
The Nernst equation introduced in Chapter 3 of Class 12 Chemistry provides a connection between the cell potential of an electrochemical cell, the normal cell potential, temperature, and the reaction quotient. The Nernst equation is frequently used to determine the cell potential of an electrochemical cell at any given temperature, pressure, and reactant concentration. The Nernst equation is extremely useful in analytical chemistry as well as in vital biological processes such as nerve transmission and membrane potential.