IIT JAM Physics Entrance & IIT JAM Physics Syllabus

The IIT JAM Physics syllabus contains the topics in forms like Modern Physics, Solid State, Mechanics and Electricity. The IIT JAM syllabus does not change every year by IIT and there are seven subjects in it and each and every subject has different syllabus. The seven objective type test papers include Mathematics (MA), Physics (PH), Chemistry (CY), Geology (GG), Mathematical Statistics (MS), Biological Sciences (BL) and Biotechnology (BT). A full proof exam strategy for JAM preparation is required. rnIIT JAM Physics SyllabusrnCandidates appearing in IIT JAM must be aware of Iit Jam Physics syllabus. No changes have been made in the paper pattern and syllabus. Therefore, candidates having complete knowledge of important topics will help them a lot in the preparation of examination. The subject wise syllabus details are available online on the official website and candidates can very easily download the syllabus and can start the preparation of the examination of IIT JAM. The syllabus of IIT Physics is as follows:rnJAM Syllabus for PhysicsrnThe IIT JAM Physics Syllabus details are as follows:rnChapter TopicrnMathematical Methods Calculus of single & multiple variables, Jacobian, imperfect & perfect differentials, partial derivatives. Taylor expansion, Vector algebra, Vector Calculus, Fourier series, Multiple Integrals, Green’s theorem, Stokes’s Theorem, Divergence theorem. First order equations and linear second order differential equations with constant co-efficient, Algebra of Complex Numbers, Matrices & Determinants.rnSimple Oscillators OPAMP & applications, sinusoidal oscillators, Binary number Systems, conversion from one system to another system, binary Addition & substraction, Logic Gates AND, OR, NOT, NOR exclusive, NAND, OR Truth tables, combination of Gates, de Morgan’s Theorem.rnModern Physics Postulates of special relativity, Lorentz transformations, Length Contractions, time dilation, Inertial frames & Galilean invariance, Photoelectric effect, X-rays, Crompton effect, mass energy Equivalence, Bohr’s Atomic model, Uncertainty principle, calculationrn Expectation values, the superposition principles, Laws of radioactivern Decay, Solid state Physics, Structure of atomic nucleus, solid state Physics, Miller indices, X-ray diffraction & Bragg’s law, Fermi level.rnThermodynamics Elements of Kinetic theory of gases, Velocity distribution, Specificrn Heat of Mono, di, tri – atomic gases, Ideal gas, Mean free path, Zeroth Law & concept of thermal equilibrium, Mean free path, Laws of 25 Thermodynamics, Isothermal & Adiabatic processes, Reversible & Irreversible and quasistatic processes, Second law of entropy, Carnotrn Cycle, Maxwell’s thermodynamic relations & simple applications. Maxwell’s Boltzmann, Thermodynamic relations & simple Applications.rnElectricity & Magnetism Coulomb’s law, Gauss’s law, Electric field & potential, Alternating Currents, Simple AC & DC circuits with R,L &C components, Lorentzrn Force & motion of charged particles, Poynting’s theorem, reflectionrn Refraction at dielectric interface, transmission & reflection Coefficients (normal incidence only), Faraday’s law of Electromagnetic induction, Self & Mutual inductance, Displacementrn Current, Conductors, Capacitors, dielectrics, dielectric polarization, Electrostatic energy, Biot- Savart Law, Ampere’s law, Electrostaticrn Boundary conditions, Solution of Laplace’s equation for simple cases.