Postgraduate Govt. College for Girls Sector-11, Chandigarh Weekly Planner for the Session 2015-2016 Class : B.Sc.III Subject:Physics Paper A Paper B Paper C S.No. Dates Orientation program & revision of Concepts of current & voltage Introduction: Atom, constituents of 1 20th July To 25th previous class syllabus sources, p- n junction, biasing of nucleus and their intrinsic July diode. V- A characteristics properties, Qualitative facts about size, mass, density, charge Crystal structure, symmetry Zener Diode,LED, LCD,half wave Binding energy, angular 2 27th July To 31st operations , rectifier. Full wave rectifier, their momentum, magnetic moment and July efficiency & ripple factor electric multipole moments of the nucleus, wave-mechanical properties of nucleus, hypothesis and its failure, neutron-proton hypothesis Diamond & Sodium chloride crystal Properties of nuclear forces and 3 3rd Aug To 8th Aug structure, Bridge Rectifier. L-filter, Shunt of Bragg’s law Meller saturation Yukawa’s theory indices capacitor filter. Calculation of their nuclear forces, nuclear factors. gyromagnetic ratio, mass defect, paking fraction, graphical discussion of B.E. vs atomic nucleus Reciprocal Lattice voltage Class test of Ch I. Introduction to Ch Law’s Equations, LC filter, π-factor, 4 10th Aug To 15th requlation, voltage multiplier circuits 2.Nuclear models, Assumptions of Aug liquid drop model, Derivation of semi-empirical mass formula (for BE) and its interpretation Brillouin Zone, Structure factor, Junction transistor: structure & Conditions of nuclear stability, 5 17th Aug To 22nd Atomic Scattering factor working, relation between currents Fermi-gas model, Exptl evidence of Aug in transistor, sign convention, magic numbers & its amplifying action. Different explanations,Nuclear shell model’s configuration of a transistor introduction & its assumptions
Postgraduate Govt. College for Girls Sector-11, Chandigarh Weekly Planner for the Session 2015-2016 Class : B.Sc.III Subject:Physics S.No. Dates Paper A Paper B Paper C 1 20th July To 25th July Orientation program & revision of previous class syllabus Concepts of current & voltage sources, p- n junction, biasing of diode. V- A characteristics Introduction: Atom, constituents of nucleus and their intrinsic properties, Qualitative facts about size, mass, density, charge 2 27th July To 31st July Crystal structure, symmetry operations , Zener Diode,LED, LCD,half wave rectifier. Full wave rectifier, their efficiency & ripple factor Binding energy, angular momentum, magnetic moment and electric multipole moments of the nucleus, wave-mechanical properties of nucleus, hypothesis and its failure, neutron-proton hypothesis 3 3rd Aug To 8th Aug Diamond & Sodium chloride crystal structure, Bragg’s law Meller indices Bridge Rectifier. L-filter, Shunt capacitor filter. Calculation of their factors. Properties of nuclear forces and saturation Yukawa’s theory of nuclear forces, nuclear gyromagnetic ratio, mass defect, paking fraction, graphical discussion of B.E. vs atomic nucleus 4 10th Aug To 15th Aug Law’s Equations, Reciprocal Lattice LC filter, π-factor, voltage requlation, voltage multiplier circuits Class test of Ch I. Introduction to Ch 2.Nuclear models, Assumptions of liquid drop model, Derivation of semi-empirical mass formula (for BE) and its interpretation 5 17th Aug To 22nd Aug Brillouin Zone, Structure factor, Atomic Scattering factor Junction transistor: structure & working, relation between currents in transistor, sign convention, amplifying action. Different configuration of a transistor Conditions of nuclear stability, Fermi-gas model, Exptl evidence of magic numbers & its explanations,Nuclear shell model’s introduction & its assumptions
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