HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN B.Sc. ( Physics) CBCS Syllabus 2011 Document code : SYLLABUS BSPHY2011 Revision No: 0 Name of Faculty Science Faculty Code SC Programme Code : BSPHY Programme Name : Physics Effective from: June 2011 Sem CC Old Paper Code New Code Paper Type Name Marking scheme Credit Total Remarks External Internal The Pra The Pra 1 CC BSPHY101CC CC CC PHY-101 70 30 4 100 1 PC BSPHY101PR PR PC PHY-101 50 2 50 1 BSPHY101ES ES Nano Technology (NTG) 50 2 50 Any one from BSPHY 101ES to BSPHY106ES 1 BSPHY102ES ES Nuclear energy (NEG) 50 2 50 Any one paper from BSPHY 101ES to BSPHY106ES 1 BSPHY103ES ES Energy physics (ECE) 50 2 50 Any one from BSPHY 101ES to BSPHY106ES 1 BSPHY104ES ES Laser (LCE) 50 2 50 Any one paper from BSPHY 101ES to BSPHY106ES 1 BSPHY105ES ES Instrumentation Measurement and analysis (IMA) 50 2 50 Any one paper from BSPHY 101ES to BSPHY106ES 1 BSPHY106ES ES Climate Change (CEC) 50 2 50 Any one paper from BSPHY 101ES to BSPHY106ES
3 CC: BSPHY301CC CC CC: PHY-301 70 30 3 100 3 CC: BSPHY302CC CC CC: PHY-302 70 30 3 100 3 PC: BSPHY301PR PR PC: PHY-301 50 2 50 3 PC: BSPHY302PR PR PC: PHY-302 50 2 50 3 ES BSPHY301ES ES Vacuum Pressure Gauges And Instruments (VPI) 50 2 50 Any one paper from BSPHY 301ES to BSPHY303ES 3 ES BSPHY302ES ES Astro/ Space Physics (ASP) 50 2 50 Any one from BSPHY 301ES to BSPHY303ES 3 ES BSPHY303ES ES Energy Technology (ETG) 50 2 50 Any one paper from BSPHY 301ES to BSPHY303ES Sem CC Old Paper Code New Paper Code Paper Type Paper Name Marking scheme Credit Total Remarks External Internal The Pra The Pra 06 04
4 CC: BSPHY401CC CC CC: PHY-401 70 30 3 100 4 CC: BSPHY402CC CC CC: PHY-402 70 30 3 100 4 PC: BSPHY401PR PR PC: PHY-401 50 2 50 4 PC: BSPHY402PR PR PC: PHY-402 50 2 50 4 ES BSPHY401ES ES Vacuum Pumps, Pressure Gauges And Instruments (VPI) 50 2 50 Any one paper from BSPHY 401ES to BSPHY403ES 4 ES BSPHY402ES ES Astro/ Space Physics (ASP) 50 2 50 Any one paper from BSPHY 401ES to BSPHY403ES 4 ES BSPHY403ES ES Energy Technology (ETG) 50 2 50 Any one paper from BSPHY 401ES to BSPHY403ES Sem CC Old Paper Code New Paper Code Paper Type Paper Name Marking scheme Credit Remarks External Internal The Pra The Pra 5 CC: BSPHY501CC CC CC: PHY-501 70 30 3 100 5 CC: BSPHY502CC CC CC: PHY-502 70 30 3 100 5 CC: BSPHY503CC CC CC: PHY-503 70 30 3 100 5 CC: BSPHY504CC CC CC: PHY-504 70 30 3 100 06 04
5 PC: BSPHY501PR PR PC: PHY-501 50 2 50 5 PC: BSPHY502PR PR PC: PHY-502 50 2 50 5 PC: BSPHY503PR PR PC: PHY-503 50 2 50 5 PC: BSPHY504PR PR PC: PHY-504 50 2 50 5 ES BSPHY501ES ES Instruments (ESI) 50 2 50 Any one paper from BSPHY 501ES to BSPHY504ES 5 ES BSPHY502ES ES Optoelectronic Instruments(ESO) 50 2 50 Any one paper from BSPHY 501ES to BSPHY504ES 5 ES BSPHY503ES ES programming in fortran 90 and 95(ESP) 50 2 50 Any one paper from BSPHY 501ES to BSPHY504ES 5 ES BSPHY504ES ES Remote sensing and transducers(ESR) 50 2 50 Any one paper from BSPHY 501ES to BSPHY504ES Sem CC Old Paper Code New Code Paper Type Name Marking scheme Credit Remarks External Internal The Pra The Pra 6 CC: BSPHY601CC CC CC: PHY-601 70 30 3 100 6 CC: BSPHY602CC CC CC: PHY-602 70 30 3 100 6 CC: BSPHY603CC CC CC: PHY-603 70 30 3 100 6 CC: BSPHY604CC CC CC: PHY-604 70 30 3 100 08 10
FG-21 Compulsory English (L.L.) 2 30 70 100 2 Elective Course (EC) EG-21 Elective (Generic) Course 2 50 50 2 EG-21 ES-21 Elective (Subject) Course 2 50 50 2 ES-21 HEMCHANDRACHARYA GUJARAT UNIVERSITY, PATAN B.Sc. Programme with 144 credits CBCS-Semester-Grading Pattern w.e.f. June-2013 General Pattern/Scheme of study components along with credits for Science faculty. Study Hrs/ Week Examination Credit Uni. Exam B. Sc. Sem –V Semester-V Core Compulsory (CC) Course CC-I- 7 Core Course-I (Paper-7) 3 70 3 CC-I- 8 Core Course-I (Paper-8) 3 70 3 CC-I- 9 Core Course-I(Paper-9) 3 70 3 Core Course-I(Paper-10) 3 70 3 Practical Core (PC) Course PC-I- 7 Practical Core Course-I (Paper-7) 3 50 PC-I- 8 Practical Core Course-I (Paper-8) 3 50 PC-I- 9 Practical Core Course-I(Paper-9) 3 50 PC-I-10 Practical Core Course-I(Paper-10) 3 50 Foundation Course (FC) 1 5 1 1 on 1 1 1 1 1
Teaching time (hours) Examination Marking scheme Theory (hrs) (hrs) Internal (Marks) External (Marks) (Marks) 2 X 15 = 30 50 ( Paper of 3 hrs) 50 GROUP – I Damping coefficient, Relaxation and quality factor in the damped motion of a simple Pendulum. 2 M.I. of a Fly wheel. 3 Verification of Steafan’s law using A.C.Source. 4 Arrangement of Spectrometer for parallel rays using Schuster method and clibration of spectrometer. Refractive index of liquid using convex lens. 6 of Resonator. 7 To determine the magnetic moment of a given Bar magnet using deflection magnetometer in Gauss A and B position. GROUP – II Determination of the capacity ‘c’ of condenser. 2 Study of the series resonance with frequency variation. 3 Decay of Potential across condenser. 4 P‐N Junction as Half Wave Rectifier (i) Without filter (ii) With Series inductor Filter (iii) With Shunt Capacitor Filter. Calculation of percentage of regulation. V‐I characteristics of Zener diode and its use as Voltage regulator. 6 Verification of Thevenin’s theorem. 7 Characteristics of common Emitter Transistor. HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN Programme code : Programme Name : Physics Course Code BSPHY101ES Semester : Nano Technology (NTG)
HEMCHANDRACHARYA GUJARAT UNIVERSITY, PATAN Programme code : Programme Name : Physics Course Code BSPHY106ES Semester : Climate Change (CEC) Course type : Elective Subject Total Credit : 02 Teaching time (hours) Examination Marking scheme Theory (hrs) Practical (hrs) Internal External (Marks) Total (Marks) 2 X 15 = 30 30 70 ( Paper of 3 hrs) 100 Unit No. Topic No. Content Hrs. Marks W + % Credit Global Warming and Greenhouse Effect 1.Introduction, 2.Greenhouse and Global Climate Changes 3. Global Warming Potential 4. Possible Impact of Warming 5. Greenhouse Effect-Policy Response, 2 Global Ozone Problem: 1. Ozone in the Atmosphere 2. Ozone Depletion Process 3. Ozone Hole 4. The Montreal Protocol 5. Consequences of Ozone Depletion, for Study: NO Book Name Experimental Book for Physics. HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN Programme code : BSPHY Programme Name : Physics Course Code BSPHY201CC Semester : 2 CC PHY-103 Course type : Core Course Total Credit : Teaching time (hours) Examination Marking scheme Theory (hrs) Practical (hrs) Internal (Marks) External (Marks) Total (Marks) 4 X 15 = 60 30 70 ( of 3 hrs) 100
HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN Programme code : BSPHY Programme Name : Physics Course Code BSPHY402ES Semester : 4 Astro/ Space Physics (ASP) Course type : Elective Subject Credit : 02 Teaching time (hours) Examination Marking scheme Theory (hrs) Practical (hrs) Internal (Marks) External Total 2 X 15 = 30 30 70 ( Paper of 3 hrs) 100 Unit No. Topic No. Content Hrs. Marks W + % Credit 1 Sun and Solar Radiation: Introduction, Astronomical backgrou nd, General description of the sun, Solar structure, Sun’s outer layers, Composition, Visible features on the sun, More about sun’s outer atmosphere,Temperature of the corona, Solar activity and Sunspot cycles. 02 2 Cosmic rays and High energy astrophysics An introduction to cosmic rays and high energy astrophysics: primary cosmic radiation, energy spectrum of primary cosmic rays, secondary cosmic rays, effect of geomagnetic on cosmic rays, time variation of cosmic rays, photons in primary cosm ic rays, origin of cosmic rays, basic facts about cosmic rays, region of confinement Basic Reference: An Introductory Course on Space Science and Earth’s Environment by S.S.Degaonker (Gujarat University Publication, Ahmedabad) HEMCHANDRACHARYA GUJARAT UNIVERSITY, PATAN Programme code : BSPHY Programme Name : Physics Course Code BSPHY403ES Semester : 4 Energy Technology (ETG) Course type : Elective Subject Total Credit : 02 Teaching time (hours) Examination Marking scheme Theory (hrs) Practical (hrs) Internal (Marks) External (Marks) (Marks) 2 X 15 = 30 30 70 ( Paper of 3 hrs) 100 Unit No. Topic No. Content Hrs. Marks W + % Credit 1 Introduction: 02
1 1.1 ELECTROMAGNETICS Boundary Problems in Electrostatic Fields :Special Techniques Laplace’s Equation (3.1), Introduction (3.1.1), Laplace’s Equation in two dimensions (3.1.3), Laplace’s Equation in three dimensions (3.1.4), Boundary conditions and Uniqueness theorems (3.1.5), The method of images (3.2), The classic image problem (3.2.1), Induced surface charge (3.2.2), Force and energy (3.2.3), other image problems (3.2.4) Separation of variables (3.3), Cartesian Coordinates (3.3.1), Spherical coordinates (3.3.2), Multipole Expansion (3.4), Approximate Potential at large distances (3.4.1), The monopole and dipole terms (3.4.2), Origin of Coordinates in multipole Expansions (3.4.3). 2 2.1 ELECTROMAGNETICS (a) Electromagnetic Induction: Faraday’s law (7.2.1), The Induced Electric (7.2.2), Maxwell’s Equation : Electrodynamics before Maxwell (7.3.1), How Maxwell fixed Ampere’s Law (7.3.2), Maxwell’s Equations (7.3.3), The Potential Formulation : Scalar and Vector Potentials (10.1.1), Gauge Transformations (10.1.2), Coulomb Gauge and Lorentz Gauge (10.1.3) (b) Electromagnetic Waves: Electromagnetic Waves in Vacuum: The Wave equation for E and B (9.2.1), Energy and Momentum in Electromagnetic Waves (9.2.3), Electromagnetic Waves in Matter : Propagation in Linear Media (9.3.1), Electromagnetic Waves in conductors (9.4.1), The frequency dependence of permittivity (9.4.3). Basic Reference: Introduction to Electrodynamics by David J. Griffths. 3rd EditionPearson Education Asia. Other Reference: Electromagnetics by B. B. Laud. Willley Eastern Ltd.
3 3.1 ENERGY TECHNOLOGY (a) Fundamentals and Applications of Solar Energy Introduction (3.1), Applications (3.2), Essential subsystems in a Solar energy plant (3.3), Solar energy chains (routes) and their prospects (3.4), Terms and definitions of some basic entities (3.4.a.), Units of solar power and solar energy (3.5). Merits and Limitations of Solar energy conversion and utilization (3.6). Energy from the Sun (3.10), Solar constant (3.11). (b) Solar energy conversion systems and thermal power plants: Solar thermal power supply system for space station (4.18), Solar energy from satellite station through microwaves to Earth station (4.19), Solar thermoelectric power (4.20). Solar photovoltaic systems: V-I characteristics of a solar cell (5.6), Inter connections of solar cell (5.7), Efficiency of solar cell (5.8). Basic Reference: Energy Technology by S. Rao and Dr. B. B. Parulekar. Khanna Publisher, Delhi. 1st edition 1985. HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN Programme code : BSPHY Programme Name : Physics Course Code BSPHY604CC Semester : 6 CC PHY-604 Course type : Core Course Total Credit : 03 Teaching time (hours) Examination Marking scheme Theory (hrs) Practical (hrs) Internal External (Marks) Total (Marks) 3 X 15 = 45 30 70 ( Paper of 3 hrs) 100 Unit No. No. Content Hrs. Marks W + % Credit 1 1.1 Feedback Amplifier Feedback (11.1), Principle of Feedback Amplifiers (11.2), Advantages of Negative Feedback (11.3), Reasons for Negative Feedback (11.4). 1.2 Transistor Oscillators (Sinusoidal): Tuned Collector Oscillators(14.1), Hatley Oscillator (14.4), Colpitt’s Oscillators (Circuit operation and alternative treatment only) (14.5), Phase Shift oscillator (14.6), R-C- Oscillator (14.6.1), Wien Bridge Oscillator (14.6.2), Crystal Oscillator (14.7).
Teaching time (hours) Examination Marking scheme Theory (hrs) Practical (hrs) Internal (Marks) External (Marks) Total (Marks) 2X 15 = 30 50 ( of 3 hrs) 50 1 Young modulus ‘y’ by Koening method. 2 Optical Lever 3 Viscosity by Log decrement 4 I-V Characteristic of solar cell and determination of F.F, V.F.&n. 5 G.M. Counter (Comparison of Intensities) HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN Programme code : BSPHY Programme Name : Physics Course Code BSPHY602PR Semester : 6 PC PHY-602 Course type : Practical Credit : 02 Teaching time Examination Marking scheme Theory (hrs) Practical (hrs) Internal External (Marks) Total 2X 15 = 30 50 ( of 3 hrs) 50 1 To determine air gape ‘t’ between two plates of F.P. Etalon and determination of wavelength ‘ λ ’ of monochromatic 2 Temperature of Flame 3 Newton’s Ring (Determination of Wave length of Light) 4 To determine λ and dλ of sodium using Michelson interferometer 5 Determination of wavelength of light by Lloyd’s mirror HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN Programme code : BSPHY Programme Name : Physics Course Code BSPHY603PR Semester : 6 PC PHY-603 Course type : Practical Total Credit : 02 Teaching time (hours) Examination Marking scheme Theory Practical Internal External Total
HEMCHANDRACHARYA GUJARAT UNIVERSITY, PATAN Programme code : BSPHY Programme Name : Physics Course Code BSPHY601ES Semester : 6 Instruments(ESI) Course type : Elective subject Credit : 02 Teaching time (hours) Examination Marking scheme Theory (hrs) Practical (hrs) Internal (Marks) External (Marks) Total (Marks) 2 X 15 = 30 50 ( of 3 hrs) 50 Unit No. Topic No. Content Hrs. Marks W + % Credit 1 1.1 Michelson’s Interferometer (15.7):-Principle, Construction, Working, Circular fringes ,Localized fringes, White light fringes, Visibility of fringes(15.7.1 to 15.7.7), Applications of Michelson Interferometer of wavelength, Determination of difference in the wavelengths of two waves, Thickness of a thin transparent sheet, Determination of the refractive index (15.8.1 to 15.8.4) Babinet Compensator (20.21):-Construction(20.21.1), Production of polarized light (20.21.2), analysis of elliptically polarized light (20.21.3). 2 2.1 C.R.O.:-CR Tube (3.5), Electrostatic Deflection Sensitivity (3.5.1), Magnetic Deflection Sensitivity (3.5.2), CRT connections (3.5.3), Uses of C.R.O. (3.5.4)