NTA CSIR UGC NET/SET (JRF & Lecturership) Physical Sciences(Paperback, W.Malemnganba Chenglei, Ishrat Ali, Dharamveer Singh) | Zipri.in
NTA CSIR UGC NET/SET (JRF & Lecturership) Physical Sciences(Paperback, W.Malemnganba Chenglei, Ishrat Ali, Dharamveer Singh)

NTA CSIR UGC NET/SET (JRF & Lecturership) Physical Sciences(Paperback, W.Malemnganba Chenglei, Ishrat Ali, Dharamveer Singh)

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For the preparation of any National-Level Exam, including the CSIR UGC NET Exam, an aspirant mustprepare strategically along with covering the entire syllabus.The ''NTA CSIR UGC NET/SET � PHYSICAL SCIENCES'' has been revised and updated with all thenecessary tools & techniques which will assure your success in the exam. This book gives completesyllabus coverage in a chapterwise manner to grasp the basics of concepts. In each chapter, thetheories are complete, exhaustive and exactly on the lines of exam pattern & difficulty level. Apart fromtheoretical concepts, a proper focus has been provided to practice part with a sufficient number ofMCQs to students. Sample Questions and Previous Years Solved Papers will give you insights into theprevious exam pattern as well. This book includes:1. All-inclusive study and practice tool for NTA CSIR UGC NET/SET2. Every topic begins with a discussion of physics, along with practice questions3. A number of Solved questions in every topic4. Long answer and subjective type questions are included for a better understanding ofconcepts5. Includes Sample Questions provided on the CSIR website6. Solved papers (2016-2022) to examine the exam patternTABLE OF CONTENT:Unit 1: Dimensional Analysis, Vectors and Metrices, Linear Differential Equations and Special Functions,Fourier Series and Laplace Transform, Complex Analysis and Probability, Green''s Function and PartialDifferential Equations, Numerical Methods, Tensors and Group Theory, Unit 2: Newtonian Mechanicsand Rigid Body Dynamics, Lagrangian and Hamiltonian Approach, Special Theory of Relativity, Unit 3:Basic Electrostatics and Magnetostatics, Time Varying Magnetic Field and Maxwell''s Equation,Propagation of EM Waves and Gauge Transformation, Electromagnetic Field and Dynamics of ChargedParticles, Dispersion and Relativistic Electrodynamics, Unit 4: Wave Mechanics, Matrix Mechanics,Perturbation Theory and Variational Principle, Identical Particles and Spin, Scattering Theory, RelativisticQuantum Mechanics, Unit 5: Thermodynamics, Classical and Quantum Statistics, Phase Transitions andMagnetic Properties of Matter, Bose-Einstein Condensation and Process, Unit 6: Semiconductor Devices,Operational Amplifier and Digital Electronics, Digital Converters and Microprocessors, ExperimentalMethods, Measurement Methods, Fourier Transformations and Frequency Devices, Unit 7: GeneralAtomic Spectroscopy, Coupling and Effects of Magnetic and Electric Fields, Vibrational, RotationalSpectroscopy and NMR, Lasers and Coherence, Unit 8: Crystal Structure and Specific Heat of Solids,Thermal Conductivity and Theory of Superconductors, Crustal Defects, Basic Nuclear Properties, Nuclearmodels and Radioactivity, Nuclear Force and Deuteron Problem, Particle Physics, Sample QuestionsProvided on CSIR website, Solved Papers (2016, 2017, 2018, 2019, 2021, 2022)