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HC Verma Solutions Class 12 Chapter 43 - Bohr's Model and Physics of Atom

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Last updated date: 25th Apr 2024
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Summary of HC Verma Solutions Part 2 Chapter 43: Bohr's Model and Physics of the Atom

This chapter mainly discusses the history of Early Atomic Models which include Thompson, Lenard’s, and the Rutherford model with their limitations. Definitions of Hydrogen Spectra and Electron’s Wave Function are also mentioned. Laser Nomenclature with Quantum Mechanics is also explained.


You can access the HC Verma Solutions for Chapter 43 - Bohr's Model and Physics of the Atom in PDF format for free. This means that you have the flexibility to study anytime and from anywhere, ensuring that you have the necessary materials at your fingertips.


The Class 12 HC Verma Solutions Bohr's Model and Physics of the Atom PDF provided by Vedantu is designed to support your learning journey. It is created by expert Physics teachers who possess a deep understanding of the concepts covered in the chapter. By offering solutions for all the exercises in the chapter, you have the opportunity to practice problem-solving in various contexts.


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Benefits of using Vedantu’s Class 12 HC Verma Solutions for Chapter 43 - Bohr's Model and Physics of the Atom

  • Solutions provided by expert Physics teachers with a deep understanding of the concepts.

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  • Available in a free PDF format for easy accessibility anytime, anywhere.

  • Clear and concise explanations of the solutions to the exercises.


HC Verma Volume 2 Solutions Other Chapters:


To make the most of the HC Verma Chapter 43 - Bohr's Model and Physics of the Atom Solutions, Vedantu suggests the following tips:

Begin by thoroughly reading the chapter: It is important to have a solid understanding of the fundamental concepts and terminology before delving into the solutions.

Approach the examples step-by-step: Instead of simply memorizing the solutions, focus on understanding the logic and reasoning behind each step. This will enhance your comprehension and enable you to tackle similar problems.

Attempt the illustrative exercises independently: Challenge yourself to solve the exercises on your own before referring to the solutions. In case you encounter difficulties, the solutions can provide guidance, but attempting the problems independently first will improve your problem-solving skills.

Practice diligently: Engage in regular and consistent practice to enhance your proficiency in solving physics problems. The more you practice, the more proficient you will become.

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FAQs on HC Verma Solutions Class 12 Chapter 43 - Bohr's Model and Physics of Atom

1. What is Bohr’s model of Atom called ?

Bohr has explained that electrons can be moved into different orbits with the inclusion of energy. When the energy is separated and removed, the electrons return back to their ground state, emitting a corresponding amount of energy -- a quantum of light. This was the basis quantum theory, as we know now.

2. What is Bohr’s model used for ?

The Bohr model is used to d electrons in Atoms are in orbits of different energy around the nucleus .. Bohr used the term energy levels (or shells) to display orbits of differing energy. He said that the energy of an electron is quantized, referring that electrons can have one energy level or another but nothing in between.

3. What was the Bohr experiment ?

The Bohr model shows the Atom as a small, positively charged nucleus surrounded by orbiting electrons. Bohr was the first to find out that electrons travel in separate orbits revolving around the nucleus and that the number of electrons in the outer orbit determines the properties of an element.

4. How did Bohr explain the stability of Atoms ?

Niel Bohr explained the stability of the Atoms with the concept of revolution of electrons in different energy levels. The change in the energy of an electron happens when the lower energy level gets shifted to a higher energy level or vice-versa. In this way, energy is not lost and the Atom stays stable.

5. How was the Bohr model discovered ?

Niel Bohr proposed a theory for the hydrogen Atom in 1913, which was based on quantum theory that some physical quantities only take discrete values. Electrons move around a nucleus, but only in prescribed orbits, and if the electrons move around a nucleus, but only in prescribed orbits, and if electrons jump to a lower energy orbit, the difference is sent out as radiation.