poynting theorem, vector & scalar potentials. Revision of whole syllabus Optics-I August:velocity of longitudinal & Seminar Assignment: Theory of Phy - 302 transverse wave, analysis of complex a) fourier integral & its interference, coherent sourced, waves. Fourier series for triangular different forms Stoke's law, Fresnel's biprism & wave, square wave, full wave & half b) monochromatic & L'loyds mirror, previous year wave rectifier chromatic aberration questions based on interference. September: fourier transforms & its properties. Fourier transform of Group discussion Test: gaussian function & other standard a) how to solve August: application of fourier functions. Interference by division of differentiation & series, velocities of longitudinal wavefront, coherent sources, theory integration using fourier & transverse waves of interference transforms. Wave properties of fourier September: October: Stoke's law, Fresnel's analysis based on Fourier transform & fourier transforms of biprism L'loyd's mirror. Matrix series Gaussian function method in paraxial optics. b) how to produce October: Translation & Translation, refraction & coherent sources of light refraction matruces. Thin & thick magnification matrix. Thin & thick based on theory of lens formula. Unit & nodal lense formula, ubit & nodal planes. interference planes. Numerical problems c) geometrical optics for November: Theory of November: Abreeation - paraxial & marginal rays interference, Fresnel's biprism, monochromatic & chromatic L'loyds mirror. Stoke's law & aberration, their remedies. numerical problems. Tutorial for whole syllabus NOTE: Lesson plan of optics-I is same for B.Sc.II (Non-Med.) (Section-B) & B.Sc.II (Comp. Sc.) SUMMARY OF LESSON PLANS OF COLLEGE FACULTY Name of College: G.V.M GIRLS COLLEGE Academic Session: 2017-18 Semester: Odd For the month of AUG TO NOV, 2017 S. Name of Subject Topics/Chapters to be covered Academic activity to be Topic of Assignments/Tests
poynting theorem, vector & scalar potentials. Revision of whole syllabus Optics-I Phy - 302 August:velocity of longitudinal & transverse wave, analysis of complex waves. Fourier series for triangular wave, square wave, full wave & half wave rectifier September: fourier transforms & its properties. Fourier transform of gaussian function & other standard functions. Interference by division of wavefront, coherent sources, theory of interference October: Stoke's law, Fresnel's biprism L'loyd's mirror. Matrix method in paraxial optics. Translation, refraction & magnification matrix. Thin & thick lense formula, ubit & nodal planes. Numerical problems November: Abreeation - monochromatic & chromatic aberration, their remedies. Tutorial for whole syllabus Seminar a) fourier integral & its different forms b) monochromatic & chromatic aberration Group discussion a) how to solve differentiation & integration using fourier transforms. Wave analysis based on Fourier series b) how to produce coherent sources of light based on theory of interference c) geometrical optics for paraxial & marginal rays Assignment: Theory of interference, coherent sourced, Stoke's law, Fresnel's biprism & L'loyds mirror, previous year questions based on interference. Test: August: application of fourier series, velocities of longitudinal & transverse waves September: properties of fourier transform & fourier transforms of Gaussian function October: Translation & refraction matruces. Thin & thick lens formula. Unit & nodal planes. November: Theory of interference, Fresnel's biprism, L'loyds mirror. Stoke's law & numerical problems. NOTE: Lesson plan of optics-I is same for B.Sc.II (Non-Med.) (Section-B) & B.Sc.II (Comp. Sc.) SUMMARY OF LESSON PLANS OF COLLEGE FACULTY Name of College: G.V.M GIRLS COLLEGE Academic Session: 2017-18 Semester: Odd For the month of AUG TO NOV, 2017 S. Name of Subject Topics/Chapters to be covered Academic activity to be Topic of Assignments/Tests
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