HC Verma X-Rays Solutions (Chapter 44)

HC Verma Solutions for Class 12 Physics Part-2 Chapter 44 illustrates the most familiar use of x-rays and how they are produced. The main topics of this chapter of HC Verma Class 12 Physics Solutions include the production of x-rays, continuous and characteristics of x-rays, soft and hard x-rays, Moseley’s law, Bragg’s Law, properties and uses of x-rays in our day-to-day life.

It is a very interesting chapter in which new concepts, technical terms, and demonstrations are introduced. In this HC Verma X-rays Solutions, there are around 4 exercises in the chapter with a total of 59 questions. Here on our webpage, you will get solutions for all those exercises in the chapter easily. Practice well to clear your concepts related to x-rays, their characteristics and uses.

You can easily get 100% accurate solutions for HC Verma Concepts of Physics Part 2 X-rays Solutions solved by expert Physics teachers at Instasolv. We offer solutions for the questions provided in the HC Verma text-book as per CBSE Board guidelines. Also, the solutions have been framed in a specific manner to cater to all your needs as you sit down to study the chapter. Our solutions are available easily online, which helps you access these study notes from anywhere and at any time.

Important Topics for HC Verma Concepts of Physics Part-2 Solutions Chapter 44: X-Rays

Production of X-rays

X-rays are produced due to unexpected speed loss of fast-moving electrons when they strike and act together with the target anode. In this procedure of slowing down, more than 99% of the electron energy is transformed into heat and less than 1% of energy is transformed into x-rays.

Continuous and Characteristic X-rays

Continuous X-rays are formed when free moving electrons electromagnetically act together with nuclei, however, characteristic X-rays are created during the electron transition methods that happen when an inner shell electron is discharged from an atom.

Soft and Hard X-rays

X-rays with high photon energies, generally above 5–10 keV and below 0.2–0.1 nm wavelength are known as hard X-rays. However, the X-rays with lower energy and longer wavelength are known as soft X-rays. Thus, soft X-rays are easily absorbed in air.

Moseley’s Law

Moseley’s law is an experiential law regarding the characteristic x-rays discharged by atoms. In brief, the law defines that the square root of the frequency of the discharged x-ray is nearly proportional to the atomic number. The law had been revealed and put out by the English physicist Henry Moseley in 1914.

Bragg’s Law

Bragg’s law is also known as Wulff–Bragg’s condition. It is a special case of Laue diffraction that provides the angles for coherent and incoherent sprinkles from a crystal lattice. When X-rays fall on an atom, they create the electronic cloud move, as does any electromagnetic wave.

Uses of X-rays

X-rays are a type of electromagnetic radiation that can flow through solid objects, involving the body. X-rays enter various objects more or less related to their density. In medicine, X-rays are used to sight images of the bones and various structures in the body.

Exercise-wise Discussion for HC Verma Concepts of Physics Part-2 Solutions Chapter 44: X-Rays

Exercise 1 –Short Answer Type Questions

This exercise set of HC Verma Solutions has around 10 questions which are short answer type questions. In this exercise, you’ll find the questions where you need to calculate the electric field when wavelength and diameter are given. Practising these questions will help you clear your concepts.

Exercise 2 –Multiple Choice Questions I

Exercise 2 of HC Verma X-rays Solutions consists of 14 questions that are multiple-choice questions. These questions are based on the energy required to knock out an electron from their shells and energy required to ionize an atom.

Exercise 3 –Multiple Choice Questions II

This exercise set also consists of 8 multiple-choice questions. In these exercise questions, there are two or more statements correct. Practising these questions well will make your concepts stronger for competitive exams like JEE.

Exercise 4 –Long Answer Type Questions

HC Verma Solutions for Chapter 44 – X-rays Exercise 4 consists of a total of 27 questions which are long answer type questions. In these questions, you need to find the maximum potential difference without discharging an electron, the power released in X-ray, heat generated, stopping potential, and momentum of the atom.

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