Complete PDF & Video Solutions Of I E Irodov Book - Problems in general Physics
IE Irodov’s Problems in general physics are considered as the most complicated and trickiest of its type because of the questions consisting of multiple concepts. The problems of Irodov are recognized as one of the most essentials for IIT-JEE preparation.
In our solutions of IE Irodov’s problems have been discussed in such a way that students will face no difficulty what so ever in understanding till the core of concepts despite their intellect level.
Topic-Wise Important Questions in IE Irodov Book:
All topic-wise solutions of IE Irodov Physics are available here, you can directly download PDF Files & Video Solutions.
1. PHYSICAL FUNDAMENTALS OF MECHANICS (I E Irodov)
Newton brought about a new era in our understanding of the physical world through his famous equation F= ma and the law of gravity. These laws have successfully predicted the behavior of all phenomena from the microscopic world to the astronomical world!
I E Irodov Kinematics (PDF & Video Solutions)
Kinematics is significant from the perspective of scoring high in IIT JEE. Weightage of Kinematics is 5 % in JEE Main Exam. 2 to 3 questions asked every year in JEE Main exam from Kinematics.
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I E Irodov Questions Of Kinematics |
I E Irodov Solutions |
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I E Irodov Physical Fundamentals of Mechanics (Kinematics) Q. 1.3 |
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I E Irodov Physical Fundamentals of Mechanics (Kinematics) Q. 1.13 |
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I E Irodov Physical Fundamentals of Mechanics (Kinematics) Q. 1.26 |
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I E Irodov Physical Fundamentals of Mechanics (Kinematics) Q. 1.31 |
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I E Irodov Physical Fundamentals of Mechanics (Kinematics) Q. 1.43 |
I E Irodov The Fundamental Equation of Dynamics (PDF & Video Solutions)
The fundamental equations of Dynamics is one of the important chapters in JEE Main and JEE Advanced Physics syllabus.
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I E Irodov Questions Of The fundamental equations of Dynamics |
I E Irodov Solutions |
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I E Irodov Physical Fundamentals of Mechanics (The fundamental equations of Dynamics) Q. 1.62 |
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I E Irodov Physical Fundamentals of Mechanics (The fundamental equations of Dynamics) Q. 1.71 |
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I E Irodov Physical Fundamentals of Mechanics (The fundamental equations of Dynamics) Q. 1.77 |
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I E Irodov Physical Fundamentals of Mechanics (The fundamental equations of Dynamics) Q. 1.104 |
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I E Irodov Physical Fundamentals of Mechanics (The fundamental equations of Dynamics) Q. 1.113 |
I E Irodov Laws of Conservation of Energy, Momentum, and Angular (PDF & Video Solutions)
Laws of conservation of Energy, Momentum and Angular Momentum' is significant from the perspective of scoring high in IIT JEE. 2 to 3 questions asked every year in JEE Main exam from Laws of conservation of Energy, Momentum and Angular Momentum.
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I E Irodov Questions Of Laws of Conservation of Energy, Momentum and Angular Momentum |
I E Irodov Solutions |
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I E Irodov Physical Fundamentals of Mechanics (Laws of Conservation of Energy, Momentum and Angular Momentum) Q. 1.123 |
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I E Irodov Physical Fundamentals of Mechanics (Laws of Conservation of Energy, Momentum and Angular Momentum) Q. 1.129 |
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I E Irodov Physical Fundamentals of Mechanics (Laws of Conservation of Energy, Momentum and Angular Momentum) Q. 1.136 |
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I E Irodov Physical Fundamentals of Mechanics (Laws of Conservation of Energy, Momentum and Angular Momentum) Q. 1.155 |
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I E Irodov Physical Fundamentals of Mechanics (Laws of Conservation of Energy, Momentum and Angular Momentum) Q. 1.183 |
I E Irodov Universal Gravitation (PDF & Video Solutions)
In mechanics, gravity, also known as gravitation, is the universal force of attraction acting between all matter. All bodies on Earth have a weight, or downward force of gravity, proportional to their mass which the mass of Earth exerts upon them.
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I E Irodov Questions Of Universal Gravitation |
I E Irodov Solutions |
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I E Irodov Physical Fundamentals of Mechanics (Universal Gravitation) Q. 1.210 |
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I E Irodov Physical Fundamentals of Mechanics (Universal Gravitation) Q. 1.216 |
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I E Irodov Physical Fundamentals of Mechanics (Universal Gravitation) Q. 1.221 |
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I E Irodov Physical Fundamentals of Mechanics (Universal Gravitation) Q. 1.227 |
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I E Irodov Physical Fundamentals of Mechanics (Universal Gravitation) Q. 1.233 |
I E Irodovynamics of a Solid Body (PDF & Video Solutions)
The dynamics of a rigid body system are defined by the kinematics laws and the application of Newton's second law (kinetics) or their Lagrangian mechanics' derivative form.
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I E Irodov Questions Of Dynamics of a Solid Body |
I E Irodov Solutions |
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I E Irodov Physical Fundamentals of Mechanics (Dynamics of a Solid Body) Q. 1.234 |
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I E Irodov Physical Fundamentals of Mechanics (Dynamics of a Solid Body) Q. 1.241 |
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I E Irodov Physical Fundamentals of Mechanics (Dynamics of a Solid Body) Q. 1.258 |
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I E Irodov Physical Fundamentals of Mechanics (Dynamics of a Solid Body) Q. 1.265 |
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I E Irodov Physical Fundamentals of Mechanics (Dynamics of a Solid Body) Q. 1.279 |
I E Irodov Elastic Deformations of a Solid Body (PDF & Video Solutions)
In elastic deformation, the distribution on a microscopic scale of the internal energy is irrelevant to the problem of macroscopic deformation. So the internal energy of a fictitious homogeneous elastic continuum can be replaced by the internal energy.
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I E Irodov Questions Of Elastic Deformation of a Solid Body |
I E Irodov Solutions |
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I E Irodov Physical Fundamentals of Mechanics (Elastic Deformation of a Solid Body) Q. 1.296 |
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I E Irodov Physical Fundamentals of Mechanics (Elastic Deformation of a Solid Body) Q. 1.306 |
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I E Irodov Physical Fundamentals of Mechanics (Elastic Deformation of a Solid Body) Q. 1.308 |
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I E Irodov Physical Fundamentals of Mechanics (Elastic Deformation of a Solid Body) Q. 1.310 |
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I E Irodov Physical Fundamentals of Mechanics (Elastic Deformation of a Solid Body) Q. 1.314 |
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I E Irodov Hydrodynamics (PDF & Video Solutions)
Hydrodynamics is significant from the perspective of scoring high in IIT JEE. 2 to 3 questions asked every year in the JEE Main exam from Elastic Deformation of a Solid Body. IE Irodov Chapter Hydrodynamics will be of great help to the IIT JEE students.
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I E Irodov Questions Of Hydrodynamics |
I E Irodov Solutions |
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I E Irodov Physical Fundamentals of Mechanics (Hydrodynamics) Q. 1.324 |
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I E Irodov Physical Fundamentals of Mechanics (Hydrodynamics) Q. 1.328 |
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I E Irodov Physical Fundamentals of Mechanics (Hydrodynamics) Q. 1.335 |
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I E Irodov Physical Fundamentals of Mechanics (Hydrodynamics) Q. 1.336 |
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I E Irodov Physical Fundamentals of Mechanics (Hydrodynamics) Q. 1.339 |
I E Irodov Relativistic Mechanics (PDF & Video Solutions)
For physics, relativistic mechanics applies to special relativity (SR) and general relativity (GR) compatible mechanics. It provides a non-quantum mechanical description of a particle or fluid system in cases where the velocity of moving objects is comparable to the velocity of light c.
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I E Irodov Questions Of Relativistic Mechanics |
I E Irodov Solutions |
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I E Irodov Physical Fundamentals of Mechanics (Relativistic Mechanics) Q. 1.345 |
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I E Irodov Physical Fundamentals of Mechanics (Relativistic Mechanics) Q. 1.350 |
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I E Irodov Physical Fundamentals of Mechanics (Relativistic Mechanics) Q. 1.359 |
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I E Irodov Physical Fundamentals of Mechanics (Relativistic Mechanics) Q. 1.378 |
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I E Irodov Physical Fundamentals of Mechanics (Relativistic Mechanics) Q. 1.388 |
2. THERMODYNAMICS AND MOLECULAR PHYSICS (I E Irodov)
Thermodynamics and molecular physics both are the most important topics for JEE preparation. IE Irodov Chapter Relativistic Mechanics will be of great help to the IIT JEE students.
I E Irodov Equation of the Gas State. Processes (PDF & Video Solutions)
The condition of state for a substance gives the extra data required to figure the measure of work that the substance does in making a progress starting with one balance state then on to the next along some predetermined way.
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I E Irodov Questions Of Equation of the Gas State, Processes |
I E Irodov Solutions |
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Thermodynamics and Molecular Physics Equation of the Gas State, Processes Q. 2.7 |
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Thermodynamics and Molecular Physics Equation of the Gas State, Processes Q. 2.18 |
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Thermodynamics and Molecular Physics Equation of the Gas State, Processes Q. 2.2 |
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Thermodynamics and Molecular Physics Equation of the Gas State, Processes Q. 2.23 |
I E Irodov The First Law of Thermodynamics - Heat Capacity (PDF & Video Solutions)
Heat is the flow of energy starting with one object then onto the next caused by a distinction in temperature. C = Q/delta T. While we will regularly utilize heat capacity, heat capacities are like mass, that is their value depend on the material and on the amount of it there is.
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I E Irodov Questions Of The first Law of Thermodynamics, Heat Capacity |
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Thermodynamics and Molecular Physics The first Law of Thermodynamics, Heat Capacity Q. 2.29 |
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Thermodynamics and Molecular Physics The first Law of Thermodynamics, Heat Capacity Q. 2.32 |
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Thermodynamics and Molecular Physics The first Law of Thermodynamics, Heat Capacity Q. 2.35 |
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Thermodynamics and Molecular Physics The first Law of Thermodynamics, Heat Capacity Q. 2.46 |
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Thermodynamics and Molecular Physics The first Law of Thermodynamics, Heat Capacity Q. 2.6 |
I E Irodov Kinetic Theory of Gases, Boltzmann's Law and Maxwell's (PDF & Video Solutions)
The kinetic molecular theory is utilized to decide the motion of a molecule of ideal gas under a specific arrangement of conditions. however, when take a look at a mole of ideal gas, it is difficult to quantify the velocity of each molecule at every instant of time.
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I E Irodov Questions Of "Kinetic Theory of Gases. Boltzmann's Law and Maxwell's |
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Thermodynamics and Molecular Physics Kinetic Theory of Gases, Boltzmann's Law and Maxwell's |
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Thermodynamics and Molecular Physics Kinetic Theory of Gases, Boltzmann's Law and Maxwell's |
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Thermodynamics and Molecular Physics Kinetic Theory of Gases, Boltzmann's Law and Maxwell's |
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Thermodynamics and Molecular Physics Kinetic Theory of Gases, Boltzmann's Law and Maxwell's |
I E Irodov The Second Law of Thermodynamics, Entropy (PDF & Video Solutions)
The Second Law of Thermodynamics Entropy is very important from the perspective to maximum score in IIT JEE. The Second Law of Thermodynamics expresses that the condition of entropy of the whole universe, as an isolated system, will consistently increment after some time.
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I E Irodov Questions Of The Second Law of Thermodynamics,Entropy |
I E Irodov Solutions |
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Thermodynamics and Molecular Physics The Second Law of Thermodynamics, Entropy Q. 2.117 |
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Thermodynamics and Molecular Physics The Second Law of Thermodynamics, Entropy Q. 2.125 |
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Thermodynamics and Molecular Physics The Second Law of Thermodynamics, Entropy Q. 2.14 |
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Thermodynamics and Molecular Physics The Second Law of Thermodynamics, Entropy Q. 2.147 |
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Thermodynamics and Molecular Physics The Second Law of Thermodynamics, Entropy Q. 2.152 |
I E Irodov Liquids, Capillary Effects (PDF & Video Solutions)
Capillary action is the capacity of a liquid to flow in restricted spaces without the help of, or even in opposition to, external forces like gravity.
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I E Irodov Questions Of Liquids. Capillary Effects |
I E Irodov Solutions |
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Thermodynamics and Molecular Physics Liquids, Capillary Effects Q. 2.162 |
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Thermodynamics and Molecular Physics Liquids, Capillary Effects Q. 2.167 |
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Thermodynamics and Molecular Physics Liquids, Capillary Effects Q. 2.172 |
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Thermodynamics and Molecular Physics Liquids, Capillary Effects Q. 2.178 |
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Thermodynamics and Molecular Physics Liquids, Capillary Effects Q. 2.181 |
I E Irodov Phase Transformations (PDF & Video Solutions
The term phase transformation or stage change is most regularly used to describe transformation between strong, liquid, and gaseous states of matter, just as plasma in uncommon cases. A period of a thermodynamic framework and the conditions of the issue have uniform physical properties.
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I E Irodov Phase Transformations Of Phase Transformations |
I E Irodov Solutions |
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Thermodynamics and Molecular Physics Phase Transformations Q. 2.19 |
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Thermodynamics and Molecular Physics Phase Transformations Q. 2.195 |
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Thermodynamics and Molecular Physics Phase Transformations Q. 2.211 |
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Thermodynamics and Molecular Physics Phase Transformations Q. 2.213 |
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Thermodynamics and Molecular Physics Phase Transformations Q. 2.219 |
I E Irodov Transport Phenomena (PDF & Video Solutions)
It is basic to have essential information of the mathematical tasks of scalar, vector and tensor quantities for tackling the issues of transport phenomena. The utilization of the indicial notation in cartesian coordinates will empower us to communicate the long formulae encountered in transport phenomena in a brief and conservative manner.
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I E Irodov Questions Of Transport Phenomena |
I E Irodov Solutions |
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Thermodynamics and Molecular Physics Transport Phenomena Q. 2.225 |
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Thermodynamics and Molecular Physics Transport Phenomena Q. 2.234 |
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Thermodynamics and Molecular Physics Transport Phenomena Q. 2.241 |
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Thermodynamics and Molecular Physics Transport Phenomena Q. 2.251 |
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Thermodynamics and Molecular Physics Transport Phenomena Q. 2.254 |
3. ELECTRODYNAMICS (I E Irodov)
Electrodynamics is a branch of physics that deals with rapidly changing electrical and magnetic fields.
I E Irodov Constant Electric Field in Vacuum (PDF & Video Solutions)
In electrodynamic equations, the Coulomb constant, the electric force constant, or the electrostatic constant (denoted ke, k, or K), is a constant of proportionality. The value of this constant depends on the medium where the objects being charged are immersed in.
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I E Irodov Questions Of Constant Electric Field in Vacuum |
I E Irodov Solutions |
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I E Irodov Electrodynamics (Constant Electric Field in Vacuum) Q. 3.1 |
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I E Irodov Electrodynamics (Constant Electric Field in Vacuum) Q. 3.3 |
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I E Irodov Electrodynamics (Constant Electric Field in Vacuum) Q. 3.8 |
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I E Irodov Electrodynamics (Constant Electric Field in Vacuum) Q. 3.25 |
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I E Irodov Electrodynamics (Constant Electric Field in Vacuum) Q. 3.52 |
I E Irodov Conductors and Dielectrics in an Electric Field (PDF & Video Solutions)
Conductors, and Dielectrics. Conductors: substances that have free carrier axes called conductors. Examples of conductors include metallic substances such as copper, silver, gold, aluminum, iron, mercury and so on. Insulators: Substances without free carriers are called isolators or dielectrics.
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I E Irodov Questions Of Conductors and Dielectrics in an Electric Field |
I E Irodov Solutions |
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I E Irodov Electrodynamics (Conductors and Dielectrics in an Electric Field) Q. 3.65 |
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I E Irodov Electrodynamics (Conductors and Dielectrics in an Electric Field) Q. 3.76 |
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I E Irodov Electrodynamics (Conductors and Dielectrics in an Electric Field) Q. 3.78 |
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I E Irodov Electrodynamics (Conductors and Dielectrics in an Electric Field) Q. 3.86 |
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I E Irodov Electrodynamics (Conductors and Dielectrics in an Electric Field) Q. 3.88 |
I E Irodov Electric Capacitance, The energy of an Electric Field (PDF & Video Solutions)
The electric field's energy derives from the excitation of the space that is permeated by the electric field. The potential energy that would be imparted on a point charge imposed in the field can be considered.
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I E Irodov Questions Of Electric Capacitance and Energy of an Electric Field |
I E Irodov Solutions |
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I E Irodov Electrodynamics (Electric Capacitance and Energy of an Electric Field) Q. 3.102 |
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I E Irodov Electrodynamics (Electric Capacitance and Energy of an Electric Field) Q. 3.107 |
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I E Irodov Electrodynamics (Electric Capacitance and Energy of an Electric Field) Q. 3.112 |
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I E Irodov Electrodynamics (Electric Capacitance and Energy of an Electric Field) Q. 3.122 |
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I E Irodov Electrodynamics (Electric Capacitance and Energy of an Electric Field) Q. 3.133 |
I E IrodovElectric Current (PDF & Video Solutions)
An electric current is a rate at which electric charge flows past a point or region. When there is a net flow of electrical charge through a region, an electric current is said to exist. These conduction electrons are the carriers of metal charges.
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I E Irodov Questions Of Electric Current |
I E Irodov Solutions |
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I E Irodov Electrodynamics (Electric Current) Q. 3.150 |
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I E Irodov Electrodynamics (Electric Current) Q. 3.152 |
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I E Irodov Electrodynamics (Electric Current) Q. 3.177 |
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I E Irodov Electrodynamics (Electric Current) Q. 3.182 |
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I E Irodov Electrodynamics (Electric Current) Q. 3.188 |
I E Irodov Constant Magnetic Field. Magnetics (PDF & Video Solutions)
The science of magnetism is known as Magnetics. When a magnetic field grows or decreases, the force that it exerts on electrons changes. As a result, the forces on the electrons are unbalanced and moving. When the magnetic field becomes constant, the electrons attain a new equilibrium and stop moving.
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I E Irodov Questions Of Constant Magnetic Field and Magnetics |
I E Irodov Solutions |
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I E Irodov Electrodynamics (Constant Magnetic Field and Magnetics) Q. 3.222 |
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I E Irodov Electrodynamics (Constant Magnetic Field and Magnetics) Q. 3.223 |
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I E Irodov Electrodynamics (Constant Magnetic Field and Magnetics) Q. 3.235 |
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I E Irodov Electrodynamics (Constant Magnetic Field and Magnetics) Q. 3.254 |
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I E Irodov Electrodynamics (Constant Magnetic Field and Magnetics) Q. 3.258 |
I E Irodov Electromagnetic Induction. Maxwell's Equations (PDF & Video Solutions
Maxwell's equations are a series of combined partial differential equations that form the basis of classical electromagnetism, classical optics, and electrical circuits together with the Lorentz force law. Maxwell first used the equations to say that light is an electromagnetic phenomenon.
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I E Irodov Questions Of Electromagnetic Induction and Maxwell's Equations |
I E Irodov Solutions |
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I E Irodov Electrodynamics (Electromagnetic Induction and Maxwell's Equations) Q. 3.288 |
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I E Irodov Electrodynamics (Electromagnetic Induction and Maxwell's Equations) Q. 3.293 |
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I E Irodov Electrodynamics (Electromagnetic Induction and Maxwell's Equations) Q. 3.298 |
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I E Irodov Electrodynamics (Electromagnetic Induction and Maxwell's Equations) Q. 3.315 |
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I E Irodov Electrodynamics (Electromagnetic Induction and Maxwell's Equations) Q. 3.317 |
I E Irodov Motion of Charged Particles in Electric and Magnetic Fields (PDF & Video Solutions)
Magnetic fields are also used for both research and medical purposes to direct the motion of charged particles in accelerators. The orbiting motion of charges in a magnetic field acts as the basis for determining an atom's mass.
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I E Irodov Questions Of Motion of Charged Particles in Electric and Magnetic Fields |
I E Irodov Solutions |
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I E Irodov Electrodynamics (Motion of Charged Particles in Electric and Magnetic Fields) Q. 3.378 |
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I E Irodov Electrodynamics (Motion of Charged Particles in Electric and Magnetic Fields) Q. 3.382 |
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I E Irodov Electrodynamics (Motion of Charged Particles in Electric and Magnetic Fields) Q. 3.386 |
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I E Irodov Electrodynamics (Motion of Charged Particles in Electric and Magnetic Fields) Q. 3.396 |
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I E Irodov Electrodynamics (Motion of Charged Particles in Electric and Magnetic Fields) Q. 3.399 |
4. OSCILLATIONS AND WAVES (I E Irodov)
Mechanical Oscillations is very important from the perspective to maximum score in IIT JEE. Waves and oscillations are universal occurrences in the world around us. An oscillation is defined as a perturbation in a time-repeating physical system.
I E Irodov Mechanical Oscillations (PDF & Video Solutions)
A mechanical oscillation is a regular energy transfer from potential energy into kinetic energy and kinetic energy into potential energy, etc. If a body is to oscillate, on which all forces are initially in equilibrium, it must first be displaced from this equilibrium.
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I E Irodov Questions Of Mechanical Oscillations |
I E Irodov Solutions |
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Oscillations and Waves Mechanical Oscillations Q. 4.3 |
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Oscillations and Waves Mechanical Oscillations Q. 4.12 |
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Oscillations and Waves Mechanical Oscillations Q. 4.20 |
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Oscillations and Waves Mechanical Oscillations Q. 4.54 |
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Oscillations and Waves Mechanical Oscillations Q. 4.63 |
I E Irodov Electric Oscillations (PDF & Video Solutions)
Electronic oscillation is a repeating recurrent variety in voltage or flow in an electrical circuit, bringing about an occasional waveform. The frequency of the oscillation in hertz is the number of the cycle repeats every second.
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I E Irodov Questions Of Electric Oscillations |
I E Irodov Solutions |
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Oscillations and Waves Electric Oscillations Q. 4.96 |
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Oscillations and Waves Electric Oscillations Q. 4.101 |
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Oscillations and Waves Electric Oscillations Q. 4.117 |
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Oscillations and Waves Electric Oscillations Q. 4.131 |
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Oscillations and Waves Electric Oscillations Q. 4.140 |
I E Irodov Elastic Waves. Acoustics (PDF & Video Solutions)
Elastic wave, motion in a medium where a force equal to the displacement acts on the particles to return them to their original position, when the particles are displaced.
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I E Irodov Questions Of Elastic Waves. Acoustics |
I E Irodov Solutions |
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Oscillations and Waves Elastic Waves, Acoustics Q. 4.150 |
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Oscillations and Waves Elastic Waves, Acoustics Q. 4.167 |
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Oscillations and Waves Elastic Waves, Acoustics Q. 4.171 |
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Oscillations and Waves Elastic Waves, Acoustics Q. 4.179 |
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Oscillations and Waves Elastic Waves, Acoustics Q. 4.186 |
I E Irodov Electromagnetic Waves. Radiation (PDF & Video Solutions)
Electromagnetic waves of various frequency are called by various names since they have various sources and consequences for issue. Arranged by increasing frequency and decreasing these are: radio waves, microwaves, infrared radiation, visible light, ultraviolet radiation, X-beams and gamma beams.
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I E Irodov Questions Of Electromagnetic Waves. Radiation |
I E Irodov Solutions |
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Oscillations and Waves Electromagnetic Waves, Radiation Q. 4.189 |
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Oscillations and Waves Electromagnetic Waves, Radiation Q. 4.192 |
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Oscillations and Waves Electromagnetic Waves, Radiation Q. 4.202 |
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Oscillations and Waves Electromagnetic Waves, Radiation Q. 4.215 |
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Oscillations and Waves Electromagnetic Waves, Radiation Q. 4.219 |
5. OPTICS (I E Irodov)
Optics is the physics branch that studies the behavior and properties of light, including its interactions with matter, and the construction of instruments that use or detect light. Optics usually describes the visible, ultraviolet, and infrared light behavior.
I E Irodov Photometry and Geometrical Optics
The optical radiometry or photometry consists of the energy flux associated with optical electromagnetic radiation measurement. The basic elements are flux, luminance, intensity and illumination.
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I E Irodov Questions Of Photometry and Geometrical Optics |
I E Irodov Solutions |
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I E Irodov Optics (Photometry and Geometrical Optics) Q. 5.16 |
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I E Irodov Optics (Photometry and Geometrical Optics) Q. 5.22 |
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I E Irodov Optics (Photometry and Geometrical Optics) Q. 5.40 |
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I E Irodov Optics (Photometry and Geometrical Optics) Q. 5.42 |
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I E Irodov Optics (Photometry and Geometrical Optics) Q. 5.60 |
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I E Irodov Interference of Light (PDF & Video Solutions)
If two light waves from different coherent sources come together, then the other disturbs the distribution of energy due to one wave. This change in the distribution of light energy is called "Interference of Light" due to the super location of two light waves.
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I E Irodov Questions Of Interference of Light |
I E Irodov Solutions |
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I E Irodov Optics (Interference of Light) Q. 5.74 |
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I E Irodov Optics (Interference of Light) Q. 5.77 |
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I E Irodov Optics (Interference of Light) Q. 5.86 |
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I E Irodov Optics (Interference of Light) Q. 5.93 |
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I E Irodov Optics (Interference of Light) Q. 5.94 |
I E Irodov Diffraction of Light (PDF & Video Solutions)
Diffraction refers to different phenomena occurring when a wave meets an obstacle or a slit. It is defined as the bending of waves around the corners of an obstacle or through an aperture into the obstacle/opening region of the geometrical shadow.
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I E Irodov Questions Of Interference of Light |
I E Irodov Solutions |
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I E Irodov Optics (Diffraction of Light) Q. 5.127 |
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I E Irodov Optics (Diffraction of Light) Q. 5.135 |
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I E Irodov Optics (Diffraction of Light) Q. 5.147 |
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I E Irodov Optics (Diffraction of Light) Q. 5.151 |
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I E Irodov Optics (Diffraction of Light) Q. 5.154 |
I E Irodov Polarization of Light (PDF & Video Solutions)
Polarization is a property that applies to transverse waves, describing the oscillation geometric direction. In a transverse wave the oscillation direction is perpendicular to the wave motion direction.
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I E Irodov Questions Of Polarization of Light |
I E Irodov Solutions |
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I E Irodov Optics (Polarization of Light) Q. 5.159 |
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I E Irodov Optics (Polarization of Light) Q. 5.166 |
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I E Irodov Optics (Polarization of Light) Q. 5.169 |
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I E Irodov Optics (Polarization of Light) Q. 5.180 |
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I E Irodov Optics (Polarization of Light) Q. 5.186 |
I E Irodov Dispersion and Absorption of Light (PDF & Video Solutions)
Light absorption happens as matter absorbs electromagnetic radiation, which converts light energy to internal energy. Energy from radiation is passed to the receiving organisms. The amount of energy that a light photon carries depends on its wavelength.
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I E Irodov Questions Of Dispersion and Absorption of Light |
I E Irodov Solutions |
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I E Irodov Optics (Dispersion and Absorption of Light) Q. 5.201 |
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I E Irodov Optics (Dispersion and Absorption of Light) Q. 5.207 |
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I E Irodov Optics (Dispersion and Absorption of Light) Q. 5.214 |
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I E Irodov Optics (Dispersion and Absorption of Light) Q. 5.218 |
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I E Irodov Optics (Dispersion and Absorption of Light) Q. 5.222 |
I E Irodov Optics of Moving Sources (PDF & Video Solutions)
Optics is the physics branch that studies the behavior and properties of light, including its interactions with matter, and the construction of instruments that use or detect light. Optics usually describes the visible, ultraviolet, and infrared light behavior.
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I E Irodov Questions Of Optics of Moving Sources |
I E Irodov Solutions |
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I E Irodov Optics (Optics of Moving Sources) Q. 5.225 |
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I E Irodov Optics (Optics of Moving Sources) Q. 5.229 |
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I E Irodov Optics (Optics of Moving Sources) Q. 5.233 |
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I E Irodov Optics (Optics of Moving Sources) Q. 5.235 |
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I E Irodov Optics (Optics of Moving Sources) Q. 5.240 |
I E Irodov Thermal Radiation. Quantum Nature of Light (PDF & Video Solutions)
Thermal radiation is electromagnetic radiation produced in the matter by the thermal motion of particles. Every matter greater than absolute zero emits thermal radiation. The motion of particles occurs in charge-acceleration or dipole oscillation, which results in electromagnetic radiation.
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I E Irodov Questions Of Thermal Radiation and Quantum Nature of Light |
I E Irodov Solutions |
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I E Irodov Optics (Thermal Radiation and Quantum Nature of Light) Q. 5.247 |
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I E Irodov Optics (Thermal Radiation and Quantum Nature of Light) Q. 5.262 |
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I E Irodov Optics (Thermal Radiation and Quantum Nature of Light) Q. 5.270 |
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I E Irodov Optics (Thermal Radiation and Quantum Nature of Light) Q. 5.279 |
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I E Irodov Optics (Thermal Radiation and Quantum Nature of Light) Q. 5.291 |
6. ATOMIC AND NUCLEAR PHYSICS (I E Irodov)
Atomic and nuclear physics is very important from the perspective to maximum score in IIT JEE. Let's take an insight look to the Weightage of Equation of gas questions is 3-4 asked every year in JEE Main exam.
I E Irodov Scattering of Particles. Rutherford-Bohr Atom (PDF & Video Solutions)
Rutherford scattering was first alluded to as Coulomb scattering in relies upon the static electric potential, and distnace between particles is set altogether by this potential.
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I E Irodov Questions Of Scattering of Particles. Rutherford-Bohr Atom |
I E Irodov Solutions |
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Atomic and Nuclear Physics Scattering of Particles, Rutherford-Bohr Atom Q. 6.2 |
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Atomic and Nuclear Physics Scattering of Particles, Rutherford-Bohr Atom Q. 6.14 |
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Atomic and Nuclear Physics Scattering of Particles, Rutherford-Bohr Atom Q. 6.21 |
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Atomic and Nuclear Physics Scattering of Particles, Rutherford-Bohr Atom Q. 6.29 |
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Atomic and Nuclear Physics Scattering of Particles, Rutherford-Bohr Atom Q. 6.34 |
I E Irodov Wave Properties of Particles. Schrodinger Equation (PDF & Video Solutions)
Wave Properties of Particles, Schrodinger Equation is very important from the perspective to maximum score in IIT JEE. By utilizing the data about the weightage of JEE Main schedule, the candidates will have the option to know the topics which must be focused and appropriately plan for the assessment.
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I E Irodov Questions Of Wave Properties of Particles. Schrodinger Equation |
I E Irodov Solutions |
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Atomic and Nuclear Physics Wave Properties of Particles, Schrodinger Equation Q. 6.49 |
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Atomic and Nuclear Physics Wave Properties of Particles, Schrodinger Equation Q. 6.52 |
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Atomic and Nuclear Physics Wave Properties of Particles, Schrodinger Equation Q. 6.68 |
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Atomic and Nuclear Physics Wave Properties of Particles, Schrodinger Equation Q. 6.82 |
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Atomic and Nuclear Physics Wave Properties of Particles, Schrodinger Equation Q. 6.9 |
I E Irodov Properties of Atoms. Spectra (PDF & Video Solutions)
Properties of Atoms, Spectra is very important from the perspective to maximum score in IIT JEE. The energy levels are identical for atoms of a similar kind; permitted energies of a specific atom of silver are equivalent to those for some other atom of a similar isotope of silver.
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I E Irodov Questions Of Properties of Atoms. Spectra |
I E Irodov Solutions |
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Atomic and Nuclear Physics Properties of Atoms, Spectra Q. 6.97 |
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Atomic and Nuclear Physics Properties of Atoms, Spectra Q. 6.102 |
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Atomic and Nuclear Physics Properties of Atoms, Spectra Q. 6.125 |
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Atomic and Nuclear Physics Properties of Atoms, Spectra Q. 6.132 |
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Atomic and Nuclear Physics Properties of Atoms, Spectra Q. 6.154 |
I E Irodov Molecules and Crystals (PDF & Video Solutions)
In the kinetic theory of gases, molecule is regularly utilized for any gaseous particle regardless of its composition. As per this definition, noble gas atoms are viewed as molecules as they are monatomic molecules.
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I E Irodov Questions Of Molecules and Crystals |
I E Irodov Solutions |
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Atomic and Nuclear Physics Molecules and Crystals Q. 6.167 |
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Atomic and Nuclear Physics Molecules and Crystals Q. 6.182 |
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Atomic and Nuclear Physics Molecules and Crystals Q. 6.203 |
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Atomic and Nuclear Physics Molecules and Crystals Q. 6.207 |
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Atomic and Nuclear Physics Molecules and Crystals Q. 6.212 |
I E Irodov Radioactivity (PDF & Video Solutions)
Radioactivity is very important from the perspective to maximum score in IIT JEE. Radioactivity, property showed by particular sorts of matter of radiating energy and subatomic particles suddenly. It is an attribute of individual atomic nuclei.
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I E Irodov Questions Of Radioactivity |
I E Irodov Solutions |
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Atomic and Nuclear Physics Radioactivity Q. 6.215 |
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Atomic and Nuclear Physics Radioactivity Q. 6.221 |
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Atomic and Nuclear Physics Radioactivity Q. 6.228 |
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Atomic and Nuclear Physics Radioactivity Q. 6.232 |
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Atomic and Nuclear Physics Radioactivity Q. 6.248 |
I E Irodov Nuclear Reactions (PDF & Video Solutions)
Nuclear Reactions is very important from the perspective to maximum score in IIT JEE. Once in a while if a nucleus interacts with another nucleus without changing the idea of any nuclide, the procedure is referred to an atomic dispersing, as opposed to an nuclear reaction.
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I E Irodov Questions Of Nuclear Reactions |
I E Irodov Solutions |
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Atomic and Nuclear Physics Nuclear Reactions Q. 6.254 |
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Atomic and Nuclear Physics Nuclear Reactions Q. 6.258 |
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Atomic and Nuclear Physics Nuclear Reactions Q. 6.264 |
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Atomic and Nuclear Physics Nuclear Reactions Q. 6.27 |
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Atomic and Nuclear Physics Nuclear Reactions Q. 6.287 |
I E Irodov Elementary Particles (PDF & Video Solutions)
Elementary Particles is very important from the perspective to maximum score in IIT JEE. A elementary particle is a particle that isn't made of different particles. An elementary particle can be one of two gatherings: a fermion or a boson. Fermions are the structure blocks of matter and have mass, while bosons behave as force carriers for fermion connections and some of them have no mass.
| I E Irodov Questions Of Elementary Particles | I E Irodov Solutions |
| Atomic and Nuclear Physics Elementary Particles Q. 6.291 | Video Solutions |
| Atomic and Nuclear Physics Elementary Particles Q. 6.295 | Video Solutions |
| Atomic and Nuclear Physics Elementary Particles Q. 6.301 | Video Solutions |
| Atomic and Nuclear Physics Elementary Particles Q. 6.303 | Video Solutions |
| Atomic and Nuclear Physics Elementary Particles Q. 6.308 | Video Solutions |
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.hii sir i am deepak your stuff is very help full for me to score good in exam
Hello, I am sarthak and I am studying “thermal radiation chapter”. But I don’t have PDF file. How do I open a Irodov PDf file without downloading it? I am unable to download.
Thank you testprepkart for giving “dispersion and absoption of light” video solutions, all the content is very clearly described with easy terms to understand.
Hiii, I am searching for “I E Irodov Optics (Optics Of Moving Sources) Q. 5.225”. Because I want to perfect in it.
Hello, i am lalit kumar. I have query regarding that do you have video solutions of Irodov mechanical oscillations. I am looking for this module because this chapter is very interesting.