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Full Description
NUMERICAL PROBLEMS IN PHYSICS, Volume 2 covers most of the problems based on the given topics. The numerical problems are solved with simplest method. Most of numerical problems are of the standard of undergraduate level examination. The included problems are result of the authors' more than one decade academic experience. The book will be great boon for the readers of the book. Beside meeting the needs of undergraduate physics students of B.Sc., B.Tech. and A.M.I.E., the book will also be immensely useful to competitive students of NET, GATE and other examination. The multiple choice questions are provided to enhance the knowledge of each topic. The multiple choice questions are very helpful for B.Sc., B.Tech. examinations and competitive examinations. Summary of each chapter is given to understand concepts of the related topics. Examination oriented approach is applied to keep view of examination.
Contents
Mechanics: Laws of Motion and Inertial Frames / Conservation Laws / Dynamics of Rigid Bodies / Frame of References / Gravitation / Motion under Central Force Fields / Rockets and Satellites / Elastic and Inelastic Collisions / Elasticity / Surface Tension / Viscosity / Classical Mechanics (Lagrangian and Hamiltonian) / Thermal Physics: Thermometry / The Mechanical Equivalent of Heat / Kinetic Theory of Gases / Equation of State / Change of State / The Joule-Thomson Cooling Effect / The First Law of Thermodynamics / Thermodynamic Relations / Liquefaction of Gases / Conduction of Heat / Radiation / Heat Engines / Circuit Fundamentals: Varying Currents / A.C. Bridges / Electrical Network / Electronics: Rectifier, Filter and Power Supplies / Bipolar Junction Transistors / Transistor Biasing / Amplifiers / Multistage Transistor Amplifiers / Oscillators / Modulation and Demodulation / Measuring Instruments / Radio Communication / Valve Electronics / Operational Amplifier / Digital Electronics / Combinational and Sequential Circuits / Power Electronics / Spectroscopy: Spectroscopy / Atomic Physics / Molecular Physics.
