A Complete Resource Book in Physics for JEE Main 2019

Physics Trend Analysis (2007 to 2018)
	JEE Mains 2018 Paper
		Answer keys
		Hints and Solutions
	JEE Mains 2017 Paper
		Answer keys
		Hints and Solutions
CH.1_Unit and Dimension
	PHYSiCAl QUANTITIES
	DIMENSIONS
	SIGNIFICANT FIGURES
	ERROR ANALYSIS IN MEASUREMENTS
	EXPERIMENTS
	BASIC MATHEMATICS
	USE OF VECTOR ANALYSIS
	SCALARS AND VECTORS
	ADDITION OF VECTORS
	SUBTRACTION OF VECTORS
	RESOLUTION OF VECTORS
	ADDITION OF VECTOR BY ANALYTICAL METHOD
	MULTIPLICATION OF VECTORS
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Previous Years' Questions
		Answer keys
	Hints and Solutions
		Single Option Correct Type
		More than One Option Correct Type
		Previous Years’ Questions
CH.2_Kinematics
	MOTION IN STRAIGHT LINE
	UNIFORMALY ACCELERATED MOTION
	DIRECTIONS OF VECTORS IN STRAIGHT LINE MOTION
	GRAPHICAL REPRESENTATION OFRECTILINEAR MOTION
	MOTION IN TWO DIMENSIONs
	RELATIVE MOTION
	CIRCULAR MOTION
	NON-INOFORM CIRCULAR MOTION WITH CONSTANT ANGULAR ACCELERATION
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More Than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.3_Newton’s Law of Motion
	FORCE
	FREE BODY DIAGRAM
	NEWTON'S LAWS OF MOTION
	CONSTRAINED MOTION
	WEIGHTING MACHINE
	SPRING FORCE
	WEDGE CONSTRAINT
	NEWETON'S LAW FOR A SYSTEM
	NEWTON'S LAW FOR NON-INERTIAL FRAME
	FRICTION
	DYNAMICS OF UNIFORM CIRCULAR MOTION
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.4_Work, Energy, and Power
	WORK
	ENERGY
	POWER
	POTENTIAL ENERGY
	CONSERVATIVE FORCES
	NON-CONSERVATIVE FORCES
	POTENTIAL ENERGY AND CONSERVATIVE FORCE
	EQUILIBRIUM OF A PARTICLE
	MECHANICAL ENERGY
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.5_Impulse and Momentum
	CENTRE OF MASS
	MOTION OF CENTRE OF MASS AND CONSERVATION OF MOMENTUM
	IMPULSE
	IMPULSIVE FORCE
	COLLISION OR IMPACT
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Assertion–Reason Type
		Match the Column Type
		Integer type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Assertion–Reason Type
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.6_Rigid Body Dynamics
	RIGID BODY
	MOMENT OF INERTIA(i) ABOUT ANAXIS
	RADIUS OF GYRATION
	MOMENT OF INTERTIA OF BODIES WITHCUT
	TORQUE
	EQUILIBRIUM
	ANGULAR MOMENTUM
	COMBINED TRANSLATIONAL AND ROTATIONAL MOTION OF A RIGID BODY
	TOPPLING
	EXERCISES
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.7_Gravitation
	NEWTON'S LAW OF GRAVITATION
	GRAVITATIONAL FIELD
	GRAVITATIONAL POTENTIAL
	GRAVITATIONAL POTENTIAL ENERGY
	ESCAPE SPEED
	MOTION OF A SATELLITE
	GEO-STATIONARY SATELLITE
	WEIGHT LESSNESS IN A SATELLITE
	KEPLER'S LAWS
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.8_Properties of Solids and Liquids
	ELASTICITY
	HOOKE'S LAW AND MODULUS OF ELASTICITY
	ALTERNATIVES OF SHM
	APPLICATIONS OF ELASTICITY
	VISCOSITY
	STOKES' LAW
	SURFACE TENSION
	FLUID MECHANICS
	PASCAL'S LAW
	ATMOSPHERIC PRESSURE
	ARCHIMEDES' PRINCIPLE
	PRESSURE IN CASE OF ACCELERATING FLUID
	STREAMLINE FLOW
	BERNOULLI'S THEOREM
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
CH.9_Oscillations and Waves
	SIMPLE HARMONIC MOTION
	SHM AS A PROJECTION OF UNIFORM CIRCULAR MOTION
	WAVE ON A STRING
	SOUND WAVES
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the column Type
		Assertion–Reason Type
		Integer Type
		Previous years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion–Reason Type
		Integer Type
		Previous Years’ Questions
CH.10_Heat and Thermal  Expansion
	HEAT
	SPECIFIC HEAT
	CALORIMETRY
	THERMAL EXPANSION
	LINEAR EXPANSION
	SPECIFIC HEAT
	SUPERFICIAL OR A REAL EXPANSION
	VOLUME OR CUBICAL EXPANSION
	RELATION BETWEEN a, b, AND g
	VARIATIONS OF DENSITY WITH TEMPERATURE
	BIMETALLIC STRIP
	APPLICATION OF THERMAL EXPANSION
	TEMPERATURE
	KINETIC THEORY OF GASES
	MAXWELL'S DISTRIBUTION LAW
	DEGREE OF FREEDOM
	MAXWELL'S LAW OF EQUPARTITION OF ENERGY
	INDICATOR DIAGRAM
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion–Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
CH.11_HEAT TRANSFER
	INTRODUCTION
	CONDUCTION
	STEADY STATE
	THERMAL RESISTANCE TO CONDUCTION
	SLABS IN PARALLEL AND SERIES
	CONVECTION
	RADIATION
	PREVOST THEORY OF EXCHANGE
	PERFECTLY BLACKBODY AND BLACK BODY RADIATION (FERRY'S BLACK BODY)
	ABSORPTION, REFLECTION, AND EMISSION OF RADIATIONS
	KIRCHOFF'S LAW
	NATURE OF THERMAL RADIATIONS(TWIEN'S DISPLACEMENT LAW)
	STEFAN-BOLTZMANN'S LAW
	NEWTON'S LAW OF COOLING
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
CH.12-Thermodynamics
	THERMODYNAMICS SYSTEM
	FIRST LAW OF THERMODYNAMICS
	FREE EXPANSION
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion–Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.13_Electrostatics
	INTRODUCTION
	ELECRIC CHARGE
	COULOMB'S LAW (INVERSE SQUARE LAW)
	PRINCIPLE OF SUPERPOSITION
	ELECTROSTATIC EQUILIBRIUM
	COULOMB ’S LAW IN VECTOR FORM
	FORCE DUE TO DISTRIBUTED CHARGE
	ELECTRIC FIELD
	ELECTRIC POTENTIAL
	POTENTIAL DIFFERENCE
	EQUIPOTENTIAL SURFACE
	ELECTROSTATIC POTENTIAL ENERGY
	ELECTROSTATIC POTENTIAL ENERGY OF A SYSTEM OF CHARGES
	ELECTRIC DIPOLE
	ELECTRIC LINES OF FORCE
	ELECTRIC FLUX
	GAUSS'S LAW IN ELECTROSTATICS OR GAUSS'S THEOREM
	ENERGY DENSITY
	CONDUCTOR AND ITS PROPERTIES[FOR ELECTROSTATIC CONDITION]
	ELECTROSTATIC ENERGY FOR A SPHERICAL SHELL
	RELATION BETWEEN ELECTRIC FIELD INTENSITY AND ELECTRIC POTENTIAL
	CAPACITANCE
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion–Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.14_Current Electricity
	ELECTRIC CHARGE AND CURRENT
	ELECTROMOTIVE FORCE AND VOLTAGE
	RESISTANCE
	OHM'S LAW
	RESISTIVITY
	RELATION BETWEEN CURRENT AND DRIFT VELOCITY
	TEMPERATURE DEPENDENCE OF RESISTIVITY
	TEMPERATURE DEPENDENCE OF RESISTIVITY
	EMF OF A CELL AND ITS INTERNAL RESISTANCE
	GROUPING OF RESISTANCES
	GROUPING OF CELLS
	ARRANGEMENT OF CELLS FOR MAXIMUM CURRENT
	KIRCHHOFF'S LAW
	ELECTRICAL DEVICES
	METER BRIDGE
	HEATING EFFECT OF CURRENT
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion–Reason Type
		Integer type
		Previous Years’ Questions
		Answer keys
		Hints and Solutions
			Single Option Correct Type
			More than One Option Correct Type
			Passage Based Questions
			Match the Column Type
			Integer Type
			Previous Years’ Questions
CH.15_Magnetism and  Magnetic Effect of Current
	MAGNET
	MAGNETIC EFFECT OF CURRENT(AND MOVING CHARGE)
	MAGNETIC FORCE ON MOVING CHARGE
	TORQUE ON A CURRENT LOOP
	TERRESTRIAL MAGNETISM(EARTH'S MAGNETISM)
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.16_Electromagnetic Induction
	FARADAY'S LAWS OF ELECTROMAGNETIC INDUCTION
	LENZ’S LAW (CONSERVATION OF ENERGY PRINCIPLE)
	MOTIONAL EMF
	INDUCTED EMF DUE TO ROTATION
	FIXED LOOP IN A VARYING MAGNETIC FIELD
	SELF-INDUCTION
	INDUCTOR
	DECAY OF CURRENT IN THE CIRCUIT CONTAINING RESISTOR AND INDUCTOR
	MUTUAL INDUCTANCE
	TRANSFORMER
	ALTERNATINGCURRENT
	BASIC PRINCIPLE OF AC GENERATION
	AVERAGE VALUES OF AC VOLTAGE AND AC CURRENT
	SERIES AC CIRCUIT
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.17_Electromagnetic Waves
	ELECTROMAGNETIC WAVE
	EXERCISES
		Single Option Correct Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		Previous Years’ Questions
CH.18_Ray Optics and Wave Optics
	GEOMETRICAL OPTICS
	VELOCITY OF IMAGE
	REFRACTION AT SPHERICAL SURFACES
	COMBINATION OF LENSES
	SOME INTERESTING FACTS ABOUT LIGHT
	OPTICAL INSTRUMENT
	WAVE OPTICS
	INTERFERENCE
	THIN-FILM INTERFERENCE
	DIFFRACTION OF LIGHT
	POLARISATION AND PLANEPOLARISED LIGHT
	BREWSTER’S LAW
	SCATTERING OF LIGHT
	EXERCISES
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Assertion-Reason Type
		Match the Column Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Assertion-Reason Type
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.19_Modern Physics
	PHOTOELECTRIC EFFECT
	OBSERVATIONS: (MADE BY EINSTEIN)
	THREE MAJOR FEATURES OF THE PHOTOELECTRIC EFFECT CANNOT BE EXPLAINED IN TERMS OF THE CLASSICAL WAVE THEORY OF LIGHT
	PLANCK’S QUANTUM THEORY
	EINSTEIN’S PHOTON THEORY
	FORCE DUE TO RADIATION (PHOTON)
	DE-BROGLIE WAVELENGTH OFMATTERWAVE
	THOMSON'S ATOMIC MODEL
	RUTHERFORD’S NUCLEAR ATOM
	THE BOHR’S ATOMIC MODEL
	EFFECT OF NUCLEUS MOTION ON ENERGY OF ATOM
	ATOMIC COLLISION
	X-RAYS
	MOSELEY’S LAW
	NUCLEAR PHYSICS
	EXERCISES
		Single Options Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Assertion-Reason Type
		Integer Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Option Correct Type
		More than One Option Correct Type
		Passage Based Questions
		Match the Column Type
		Integer Type
		Previous Years’ Questions
CH.20_Semiconductor Communication
	SEMICONDUCTOR DEVICES
	P-N JUNCTION DIODE
	TRANSISTOR
	DECIMAL AND BINARY NUMBER SYSTEM
	LOGIC GATES AND TRUTH TABLE
	PRINCIPLES OF COMMUNICATION
	BASIC COMMUNICATION SYSTEM
	MODULATION
	DEMODULATION
	SIMPLE DEMOULATOR CIRCUIT
	SPACE COMMUNICATION
	SATELLITE COMMUNICATION
	REMOTE SENSING
	LINE COMMUNICATION
	OPTICAL COMMUNICATION
	LASER
	EXERCISES
		Single Options Correct Type
		Passage Based Questions
		Assertion-Reason Type
		Previous Years’ Questions
		Answer keys
	HINTS AND SOLUTIONS
		Single Options Correct Type
		Passage Based Questions
		Previous Years’ Questions
Mock Test Paper 1
	Answer keys
	Hints and Solutions
Mock Test Paper 2
	Answer keys
	Hints and Solutions
Mock Test Paper 3
	Answer keys
	Hints and Solutions
Mock Test Paper 4
	Answer keys
	Hints and Solutions
Mock Test Paper 5
	Answer keys
	Hints and Solutions