ppti.info Science Hcv Part 2 Book

HCV PART 2 BOOK

Thursday, May 30, 2019


Now Download ppti.info volume 1 and volume 2 with Solutions PDF Home IIT BOOKS DOWNLOAD DOWNLOAD ppti.info VOL1 AND. Concept of Physics Part-2 Session by H.C Verma: ppti.info: H.C. Sold by Repro Books on Demand ( out of 5 | 1, ratings) and Fulfilled by. Download HC Verma Book pdf, iit jee books. Concepts of Physics by HC Verma book is written by understanding Chapters in HCV Part 2.


Author:SHELA CZAJKOWSKI
Language:English, Spanish, French
Country:Turkey
Genre:Business & Career
Pages:499
Published (Last):07.11.2015
ISBN:596-7-48836-508-1
ePub File Size:23.46 MB
PDF File Size:18.49 MB
Distribution:Free* [*Regsitration Required]
Downloads:30843
Uploaded by: MOON

A. Khan, Read Concepts of Physics Book by H C Verma Where can I get a complete HC Verma part 2 book PDF with theory included?. Concepts of Physics book. Read 43 reviews from the world's largest community for readers. The part 2 covers thermodynamics, electromagnetism and modern physics with chapter number ranging from 23 to The list of chapters in this volume are.

There are different sizes of capacitors - the capacitors which are used in resonance circuits are small capacitor capacitors whereas the capacitor which is used as power factor correction capacitors are called large capacitors. The chapter will give you where an in-depth review of capacitors and you will understand the requirement of a problem-solving approach to deal with the concepts of capacitance.

Those substances which allow electricity to pass through them are termed as conductors. This chapter also covers the concept of voltage, resistance, and electric current. After going through the exercises you will understand the key concepts and terminologies related to an electric current in conductors.

The amount of charge passing through a cross-section of a wire per unit time is termed as electric current. The SI unit of current is ampere.

This chapter covers the thermal and chemical effect of current, go through the exercises step by step and learn the problem-solving approach for solving problem-related to different types of effects of current. The magnetic field is produced by electric current.

Current can be macroscopic and microscopic, macroscopic current flows in a wire and microscopic current flows in atomic orbitals associated with the electrons. Magnetic flux density and Magnetic Strength are the two vectors which are used to represent the magnetic field.

Magnetic flux density is also termed as magnetic induction which is denoted by alphabet B. Magnetic Strength is denoted by the H.

Magnetic Strength is measured in Tesla T whereas magnetic flux density is measured in webers Wb. After going through the concepts you will improve your problem-solving approach for Complex questions on the magnetic field.

A vector field which is used to describe the magnetic influence of electric charges in relative motion and magnetize material is termed as a magnetic field. Magnetic fields have the properties of exerting forces on nearby moving electrical charges and torques on the nearby magnet. The chapter will cover the magnetic flux density and magnetic field strength as topics. You will learn about the key concepts and SI units. So go through the exercises and solve each and every problem with the proper approach.

Permanent magnets, those magnetic materials which retain its magnetic effect even after they are removed from the external magnetic field. The strength of a magnet is measured by its magnetization.

There are different types of permanent magnets. Some permanent magnets are Alnico, ceramic, Samarium Cobalt and neodymium iron Boron, etc. In the exercises there are complex questions based on permanent magnets are given, take them up with an appropriate approach to understand the concept of permanent magnets. When any matter placed in an external magnetic field, it exhibits the magnetic properties in it.

Based on the force of repulsion of attraction by the poles of a magnet it can be classified as diamagnetic or paramagnetic. This was first classified by the Faraday in the year A paramagnet gets weekly attracted towards a strong magnet.

The net magnetic moment inside a diamagnetic substance is zero. Those materials which are strongly get attracted to the pole of a bar magnet are known as ferromagnetic materials. Exercises cover all the concept related to magnetic properties of matter. Electromagnetic induction, production of an electromotive force in the form of voltage, it only happens when there is a change in the magnetic field.

Based on the concept, you will learn a few derivations which will improve your understanding of the topic of electromagnetic induction. So go through the exercises carefully and deal with every problem, it will Boost your understanding of electromagnetic induction.

A current which is not Defined by the particular direction and changes its direction periodically is known as alternating current.

Exercises consist of problems and numerical based on alternating current. Take the exercises seriously and Co step by step to learn the concepts of alternating current. Some more topics which are covered in this chapter are - output and input power, energy consumed, voltage, inductance, peak current, potential difference, average power, magnetic field energy, internal resistance and current in the circuit.

Electromagnetic waves cover the questions related to finding the intensity of a wave and electric field and magnetic fields are given. Also, you will learn how to find the average energy density when the magnetic field is given.

You will learn how to find the dimensional formula of quantity is like the magnetic field at zero position and free current at the zero position. In this chapter, you will learn the acceleration of electron if the mass of a Proton and electron is given the, etc type of concepts related to the chapter electric current through gases. These are the types of questions which are covered here - questions on finding the distance traveled by the particle if the energy, force and the acceleration velocity are given, finding the pressure of a tube and questions related to amplification factor, load resistance, and mutual conductance, etc.

Photoelectric effect covers the extensive approach for the topics and questions related to various problems like energy absorbed by a particle when the wavelength is given etc. The chapter covers the topics related to finding the energy to take out one Photon along with intensity, counting the number of photons, problems related to Momentum, pressure, force and the rate of change of momentum.

These all types of problems will help you to understand the chapter in a better way. So go through the exercise step by step to learn them in detail. In this chapter,r you will learn the concepts related to frequency, Momentum and the energy of X-rays, etc. You will learn these concepts in detail - how to find the electric field when wavelength and diameter are given, how to find energy utilized by X-rays when the wavelength is given, the heat produced by stopping potential and momentum of the atom.

Exercises have detailed coverage of everything related to X rays. So carefully attempt the questions given in the exercises to get a better understanding of X-rays. Semiconductor and Semiconductor devices, this chapter will help you to understand the concept related to a number of conduction electrons, holds an occupied state in semiconductors, etc.

Exercises cover the questions related to energy band, finding the energy needed to overcome the gap and you will develop the understanding to solve the questions based on unbiased, reverse and forward biasing of current.

Complete each and every exercise to develop a better understanding of semiconductors and Semiconductor devices. In this chapter of the nucleus, we learn how to find the radius, mass and specific gravity of nucleus, etc. The chapter covers the questions on finding the binding energy of protons and neutrons, it covers the questions related to half-life period and atoms of Uranium and the counts radiated from the source, questions based on energy liberated and momentum of positron and neutrino particles, etc.

After completing all the exercises and problems given in this chapter you will be proficient it in concepts of the nucleus. In the chapter of the special theory of relativity, you will learn how to find the momentum, kinetic energy, and mass of the electron and positron, etc.

Physics is an immeasurable Subject and It is a difficult task to bound entire physics in 2 books with proper explanation of each and every topic.

But HC Verma did his duty in superb style. HC Verma not only explains every concept in his book concepts of physics but try to connect each concept with live examples which are present in front of us so that the reader can understand concepts by himself.

The book comes supplemented with a large number of solved and unsolved Questions. Numerical exercises are given in the book for a better understanding of the subject. It begins each chapter by talking about an event in real life and telling Physics behind the phenomenon. Slowly the equations come into play and then come to the applications of the equations. This enables every reader to grasp the concepts with perfections.

The strength of a magnet is measured by its magnetization.

There are different types of permanent magnets. Some permanent magnets are Alnico, ceramic, Samarium Cobalt and neodymium iron Boron, etc. In the exercises there are complex questions based on permanent magnets are given, take them up with an appropriate approach to understand the concept of permanent magnets. Chapter 37 - Magnetic Properties of Matter When any matter placed in an external magnetic field, it exhibits the magnetic properties in it.

Based on the force of repulsion of attraction by the poles of a magnet it can be classified as diamagnetic or paramagnetic. This was first classified by the Faraday in the year A paramagnet gets weekly attracted towards a strong magnet. The net magnetic moment inside a diamagnetic substance is zero.

Those materials which are strongly get attracted to the pole of a bar magnet are known as ferromagnetic materials. Exercises cover all the concept related to magnetic properties of matter.

Chapter 38 - Electromagnetic Induction Electromagnetic induction, production of an electromotive force in the form of voltage, it only happens when there is a change in the magnetic field. Based on the concept, you will learn a few derivations which will improve your understanding of the topic of electromagnetic induction. So go through the exercises carefully and deal with every problem, it will Boost your understanding of electromagnetic induction. Chapter 39 - Alternating Current A current which is not Defined by the particular direction and changes its direction periodically is known as alternating current.

Exercises consist of problems and numerical based on alternating current. Take the exercises seriously and Co step by step to learn the concepts of alternating current. Some more topics which are covered in this chapter are - output and input power, energy consumed, voltage, inductance, peak current, potential difference, average power, magnetic field energy, internal resistance and current in the circuit.

Electromagnetic waves cover the questions related to finding the intensity of a wave and electric field and magnetic fields are given. Also, you will learn how to find the average energy density when the magnetic field is given.

You will learn how to find the dimensional formula of quantity is like the magnetic field at zero position and free current at the zero position.

Follow the Author

Chapter 41 - Electric Current through Gases In this chapter, you will learn the acceleration of electron if the mass of a Proton and electron is given the, etc type of concepts related to the chapter electric current through gases. These are the types of questions which are covered here - questions on finding the distance traveled by the particle if the energy, force and the acceleration velocity are given, finding the pressure of a tube and questions related to amplification factor, load resistance, and mutual conductance, etc.

Chapter 42 - Photoelectric Effect and Wave-Particle Duality Photoelectric effect covers the extensive approach for the topics and questions related to various problems like energy absorbed by a particle when the wavelength is given etc.

The chapter covers the topics related to finding the energy to take out one Photon along with intensity, counting the number of photons, problems related to Momentum, pressure, force and the rate of change of momentum. These all types of problems will help you to understand the chapter in a better way. So go through the exercise step by step to learn them in detail. Chapter 44 - X-rays In this chapter,r you will learn the concepts related to frequency, Momentum and the energy of X-rays, etc.

You will learn these concepts in detail - how to find the electric field when wavelength and diameter are given, how to find energy utilized by X-rays when the wavelength is given, the heat produced by stopping potential and momentum of the atom. Exercises have detailed coverage of everything related to X rays. So carefully attempt the questions given in the exercises to get a better understanding of X-rays.

See a Problem?

Chapter 45 - Semiconductors and Semiconductor Devices Semiconductor and Semiconductor devices, this chapter will help you to understand the concept related to a number of conduction electrons, holds an occupied state in semiconductors, etc. Exercises cover the questions related to energy band, finding the energy needed to overcome the gap and you will develop the understanding to solve the questions based on unbiased, reverse and forward biasing of current.

Complete each and every exercise to develop a better understanding of semiconductors and Semiconductor devices. Chapter 46 - The Nucleus In this chapter of the nucleus, we learn how to find the radius, mass and specific gravity of nucleus, etc. The chapter covers the questions on finding the binding energy of protons and neutrons, it covers the questions related to half-life period and atoms of Uranium and the counts radiated from the source, questions based on energy liberated and momentum of positron and neutrino particles, etc.

After completing all the exercises and problems given in this chapter you will be proficient it in concepts of the nucleus. Chapter 47 - The Special Theory of Relativity In the chapter of the special theory of relativity, you will learn how to find the momentum, kinetic energy, and mass of the electron and positron, etc.Paperback , pages.

Readers also enjoyed.

Concepts of Physics by HC Verma: Free Download Volume 1 & Volume 2 Pdf

Here also the book does very well. Quick Links. Some permanent magnets are Alnico, ceramic, Samarium Cobalt and neodymium iron Boron, etc. The chapter covers the questions on finding the binding energy of protons and neutrons, it covers the questions related to half-life period and atoms of Uranium and the counts radiated from the source, questions based on energy liberated and momentum of positron and neutrino particles, etc.

The most attractive part of this book is that you never feel that the difficulties of concepts are increasing as you are going further in the book. Take the exercises seriously and Co step by step to learn the concepts of alternating current.

Download part 1 Download part 2.

HATTIE from Rhode Island
I enjoy studying docunments jealously. Also read my other articles. I am highly influenced by yak polo.