1000 Solved Problems in Classical Physics: An Exercise Book

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front-matter
	Preface
	Contents
1-46
	1  Kinematics and Statics
		1.1  Basic Concepts and Formulae
		1.2  Problems
			1.2.1  Motion in One Dimension
			1.2.2  Motion in Resisting Medium
			1.2.3  Motion in Two Dimensions
			1.2.4  Force and Torque
			1.2.5  Centre of Mass
			1.2.6  Equilibrium
		1.3  Solutions
			1.3.1  Motion in One Dimension
			1.3.2  Motion in Resisting Medium
			1.3.3  Motion in Two Dimensions
			1.3.4  Force and Torque
			1.3.5  Centre of Mass
			1.3.6  Equilibrium
47-102
	2  Particle Dynamics
		2.1  Basic Concepts and Formulae
		2.2  Problems
			2.2.1  Motion of Blocks on a Plane
			2.2.2  Motion on Incline
			2.2.3  Work, Power, Energy
			2.2.4  Collisions
			2.2.5  Variable Mass
		2.3  Solutions
			2.3.1  Motion of Blocks on a Plane
			2.3.2  Motion on Incline
			2.3.3  Work, Power, Energy
			2.3.4  Collisions
			2.3.5  Variable Mass
103-133
	3  Rotational Kinematics
		3.1  Basic Concepts and Formulae
		3.2  Problems
			3.2.1  Motion in a Horizontal Plane
			3.2.2  Motion in a Vertical Plane
			3.2.3  Loop-the-Loop
		3.3  Solutions
			3.3.1  Motion in a Horizontal Plane
			3.3.2  Motion in a Vertical Plane
			3.3.3  Loop-the-Loop
136-188
	4  Rotational Dynamics
		4.1  Basic Concepts and Formulae
		4.2  Problems
			4.2.1  Moment of Inertia
			4.2.2  Rotational Motion
			4.2.3  Coriolis Acceleration
		4.3  Solutions
			4.3.1  Moment of Inertia
			4.3.2  Rotational Motion
			4.3.3  Coriolis Acceleration
189-233
	5  Gravitation
		5.1  Basic Concepts and Formulae
		5.2  Problems
			5.2.1  Field and Potential
			5.2.2  Rockets and Satellites
		5.3  Solutions
			5.3.1  Field and Potential
			5.3.2  Rockets and Satellites
235-286
	6  Oscillations
		6.1  Basic Concepts and Formulae
		6.2  Problems
			6.2.1  Simple Harmonic Motion (SHM)
			6.2.2  Physical Pendulums
			6.2.3  Coupled Systems of Masses and Springs
			6.2.4  Damped Vibrations
		6.3  Solutions
			6.3.1  Simple Harmonic Motion (SHM)
			6.3.2  Physical Pendulums
			6.3.3  Coupled Systems of Masses and Springs
			6.3.4  Damped Vibrations
287-338
	7  Lagrangian and Hamiltonian Mechanics
		7.1  Basic Concepts and Formulae
		7.2  Problems
		7.3  Solutions
339-390
	8  Waves
		8.1  Basic Concepts and Formulae
		8.2  Problems
			8.2.1  Vibrating Strings
			8.2.2  Waves in Solids
			8.2.3  Waves in Liquids
			8.2.4  Sound Waves
			8.2.5  Doppler Effect
			8.2.6  Shock Wave
			8.2.7  Reverberation
			8.2.8  Echo
			8.2.9  Beat Frequency
			8.2.10  Waves in Pipes
		8.3  Solutions
			8.3.1  Vibrating Strings
			8.3.2  Waves in Solids
			8.3.3  Waves in Liquids
			8.3.4  Sound Waves
			8.3.5  Doppler Effect
			8.3.6  Shock Wave
			8.3.7  Reverberation
			8.3.8  Echo
			8.3.9  Beat Frequency
			8.3.10  Waves in Pipes
391-408
	9  Fluid Dynamics
		9.1  Basic Concepts and Formulae
		9.2  Problems
			9.2.1  Bernoulli\'s Equation
			9.2.2  Torricelli\'s Theorem
			9.2.3  Viscosity
		9.3  Solutions
			9.3.1  Bernoulli\'s Equation
			9.3.2  Torricelli\'s Theorem
			9.3.3  Viscosity
409-457
	10  Heat and Matter
		10.1  Basic Concepts and Formulae
		10.2  Problems
			10.2.1  Kinetic Theory of Gases
			10.2.2  Thermal Expansion
			10.2.3  Heat Transfer
			10.2.4  Specific Heat and Latent Heat
			10.2.5  Thermodynamics
			10.2.6  Elasticity
			10.2.7  Surface Tension
		10.3  Solutions
			10.3.1  Kinetic Theory of Gases
			10.3.2  Thermal Expansion
			10.3.3  Heat Transfer
			10.3.4  Specific Heat and Latent Heat
			10.3.5  Thermodynamics
			10.3.6  Elasticity
			10.3.7  Surface Tension
459-533
	11  Electrostatics
		11.1  Basic Concepts and Formulae
		11.2  Problems
			11.2.1  Electric Field and Potential
			11.2.2  Gauss\' Law
			11.2.3  Capacitors
		11.3  Solutions
			11.3.1  Electric Field and Potential
			11.3.2  Gauss\' Law
			11.3.3  Capacitors
535-578
	12  Electric Circuits
		12.1  Basic Concepts and Formulae
		12.2  Problems
			12.2.1  Resistance, EMF, Current, Power
			12.2.2  Cells
			12.2.3  Instruments
			12.2.4  Kirchhoff\'s Laws
		12.3  Solutions
			12.3.1  Resistance, EMF, Current, Power
			12.3.2  Cells
			12.3.3  Instruments
			12.3.4  Kirchhoff\'s Laws
579-630
	13  Electromagnetism I
		13.1  Basic Concepts and Formulae
		13.2  Problems
			13.2.1  Motion of Charged Particles in Electricand Magnetic Fields
			13.2.2  Magnetic Induction
			13.2.3  Magnetic Force
			13.2.4  Magnetic Energy, Magnetic Dipole Moment
			13.2.5  Faraday\'s Law
			13.2.6  Hall Effect
		13.3  Solutions
			13.3.1  Motion of Charged Particles in Electricand Magnetic Fields
			13.3.2  Magnetic Induction
			13.3.3  Magnetic Force
			13.3.4  Magnetic Energy, Magnetic Dipole Moment
			13.3.5  Faraday\'s Law
			13.3.6  Hall Effect
631-702
	14  Electromagnetism II
		14.1  Basic Concepts and Formulae
		14.2  Problems
			14.2.1  The RLC Circuits
			14.2.2  Maxwell\'s Equations, Electromagnetic Waves, Poynting Vector
			14.2.3  Phase Velocity and Group Velocity
			14.2.4  Waveguides
		14.3  Solutions
			14.3.1  The RLC Circuits
			14.3.2  Maxwell\'s Equations and Electromagnetic Waves, Poynting Vector
			14.3.3  Phase Velocity and Group Velocity
			14.3.4  Waveguides
703-763
	15  Optics
		15.1  Basic Concepts and Formulae
		15.2  Problems
			15.2.1  Geometrical Optics
			15.2.2  Prisms and Lenses
			15.2.3  Matrix Methods
			15.2.4  Interference
			15.2.5  Diffraction
			15.2.6  Polarization
		15.3  Solutions
			15.3.1  Geometrical Optics
			15.3.2  Prisms and Lenses
			15.3.3  Matrix Methods
			15.3.4  Interference
			15.3.5  Diffraction
			15.3.6  Polarization
back-matter
	Subject Index
	Problem Index