PHYSICS DEPARTMENT
“STUDENT SEMINARS ABSTRACT”
ACADEMIC YEAR
2018-2019
SRI ABR GOVERNMENT DEGREE COLLEGE
REPALLE, GUNTUR (DT) – 522 265
S. No | Date | Name of the Lecturer Organised | Topic Covered in the Seminar | Class/Group | Name of the Student | No,of Student |
1 | 13-08-2018 | V. Prasad | Gauss’s law statement and its proof | III B.SC. MPC | B. Sneha Latha | 20 |
2 | 13-08-2018 | V. Prasad | Electric field intensity due to Uniformly charged sphere | III B.SC. MPC | K. Srinivasarao | 20 |
3 | 13-08-2018 | V. Prasad | Biot-Savart’s law, explanation and calculation of B due to long straight wire | III B.SC. MPC | M. Priyanka | 20 |
4 | 13-08-2018 | V. Prasad | Hall effect – determination of Hall coefficient and applications | III B.SC. MPC | M. Roja | 20 |
5 | 13-08-2018 | V. Prasad | LCR series and parallel resonant circuit | III B.SC. MPC | N. Kishore | 20 |
6 | 13-08-2018 | V. Prasad | Poynting theorem statement and proof | III B.SC. MPC | P. Somesh | 20 |
7 | 13-08-2018 | V. Prasad | PN junction diode | III B.SC. MPC | S. Bhuvaneswari | 20 |
8 | 13-08-2018 | V. Prasad | Transistor (CE) characteristics | III B.SC. MPC | S. Naga Priya | 20 |
9 | 13-08-2018 | V. Prasad | De Morgan’s laws-statement and proof | III B.SC. MPC | Sk.. Jailabi | 20 |
10 | 13-08-2018 | V. Prasad | Half adder and Full adder | III B.SC. MPC | V. Anusha | 20 |
11 | 14-08-2018 | B. Ashok | Gauss’s law statement and its proof | III B.SC. MPCS | K.Gayatri | 24 |
12 | 14-08-2018 | B. Ashok | Electric field intensity due to Uniformly charged sphere | III B.SC. MPCS | B. Nirusha | 24 |
13 | 14-08-2018 | B. Ashok | Biot-Savart’s law, explanation and calculation of B due to long straight wire | III B.SC. MPCS | Ch.B.N. Priyanka | 24 |
14 | 14-08-2018 | B. Ashok | Hall effect – determination of Hall coefficient and applications | III B.SC. MPCS | G. Samyuktha | 24 |
15 | 14-08-2018 | B. Ashok | LCR series and parallel resonant circuit | III B.SC. MPCS | G. Srinivas | 24 |
16 | 14-08-2018 | B. Ashok | Poynting theorem statement and proof | III B.SC. MPCS | G.B. Uday Bhaskar | 24 |
17 | 14-08-2018 | B. Ashok | PN junction diode | III B.SC. MPCS | M. Santhosh Kumar | 24 |
18 | 14-08-2018 | B. Ashok | Transistor (CE) characteristics | III B.SC. MPCS | T.L.V.N.P. Sireesha | 24 |
19 | 14-08-2018 | B. Ashok | De Morgan’s laws-statement and proof | III B.SC. MPCS | G. Nani Babu | 24 |
20 | 14-08-2018 | B. Ashok | Half adder and Full adder | III B.SC. MPCS | T. Jyothi Swaroop | 24 |
21 | 14-08-2018 | B. Ashok | Gauss’s law statement and its proof | III B.SC. MPCS | L. Naga Jyothi | 24 |
22 | 17-08-2018 | V. Prasad | Sommerfeld’s elliptical orbits | III B.SC. MPC | B. Sneha Latha | 20 |
23 | 17-08-2018 | V. Prasad | Stern-Gerlach experiment | III B.SC. MPC | K. Srinivasarao | 20 |
24 | 17-08-2018 | V. Prasad | de Broglie’s hypothesis | III B.SC. MPC | M. Priyanka | 20 |
25 | 17-08-2018 | V. Prasad | Davisson and Germer experiment | III B.SC. MPC | M. Roja | 20 |
26 | 17-08-2018 | V. Prasad | Schrodinger time independent and time dependent wave equations-derivations | III B.SC. MPC | N. Kishore | 20 |
27 | 17-08-2018 | V. Prasad | particle in one dimensional infinite box | III B.SC. MPC | P. Somesh | 20 |
28 | 17-08-2018 | V. Prasad | Liquid drop model | III B.SC. MPC | S. Bhuvaneswari | 20 |
29 | 17-08-2018 | V. Prasad | Shell model | III B.SC. MPC | S. Naga Priya | 20 |
30 | 17-08-2018 | V. Prasad | Laue’s diffraction method | III B.SC. MPC | Sk.. Jailabi | 20 |
31 | 17-08-2018 | V. Prasad | powder diffraction method | III B.SC. MPC | V. Anusha | 20 |
32 | 18-08-2018 | B. Ashok | Sommerfeld’s elliptical orbits | III B.SC. MPC | B. Nirusha | 24 |
33 | 18-08-2018 | B. Ashok | Stern-Gerlach experiment | III B.SC. MPCS | Ch.B.N. Priyanka | 24 |
34 | 18-08-2018 | B. Ashok | de Broglie’s hypothesis | III B.SC. MPCS | G. Samyuktha | 24 |
35 | 18-08-2018 | B. Ashok | Davisson and Germer experiment | III B.SC. MPCS | G. Srinivas | 24 |
36 | 18-08-2018 | B. Ashok | Schrodinger time independent and time dependent wave equations-derivations | III B.SC. MPCS | G.B. Uday Bhaskar | 24 |
37 | 18-08-2018 | B. Ashok | particle in one dimensional infinite box | III B.SC. MPCS | M. Santhosh Kumar | 24 |
38 | 18-08-2018 | B. Ashok | Liquid drop model | III B.SC. MPCS | T.L.V.N.P. Sireesha | 24 |
39 | 18-08-2018 | B. Ashok | Shell model | III B.SC. MPCS | V. Manjula | 24 |
40 | 18-08-2018 | B. Ashok | Laue’s diffraction method | III B.SC. MPCS | P. Nagalakshmi | 24 |
41 | 18-08-2018 | B. Ashok | powder diffraction method | III B.SC. MPCS | B. Gowthami | 24 |
42 | 18-08-2018 | B. Ashok | Sommerfeld’s elliptical orbits | III B.SC. MPCS | K.Swathi | 24 |
43 | 20-08-2018 | B. Srinivasa Rao | spherical aberration, | II B.SC. MPC | A. Dharma Deep Sai | 28 |
44 | 20-08-2018 | B. Srinivasa Rao | Chromatic aberration | II B.SC. MPC | A. Manivarma | 28 |
45 | 20-08-2018 | B. Srinivasa Rao | Newton’s rings in reflected light | II B.SC. MPC | A. Sudharshan | 28 |
46 | 20-08-2018 | B. Srinivasa Rao | Michelson interferometer | II B.SC. MPC | B. D. Srinivas | 28 |
47 | 20-08-2018 | B. Srinivasa Rao | Fraunhoffer diffraction pattern with N slits | II B.SC. MPC | B. Jalaiah | 28 |
48 | 20-08-2018 | B. Srinivasa Rao | Resolving power of grating | II B.SC. MPC | Ch. Sai Sravani | 28 |
49 | 20-08-2018 | B. Srinivasa Rao | determination of specific rotation by Laurent’s half shade polarimeter | II B.SC. MPC | D. Deviputhrika | 28 |
50 | 20-08-2018 | B. Srinivasa Rao | Nicol prism polarizer and analyzer | II B.SC. MPC | J. Anusha | 28 |
51 | 20-08-2018 | B. Srinivasa Rao | He-Ne laser | II B.SC. MPC | M. Sai Babu | 28 |
52 | 20-08-2018 | B. Srinivasa Rao | Ruby laser | II B.SC. MPCS | V. Chandrika | 28 |
53 | 21-08-2018 | A.V.Prasada Rao | spherical aberration, | II B.SC. MPCS | B Ganesh Babu | 31 |
54 | 21-08-2018 | A.V.Prasada Rao | Chromatic aberration | II B.SC. MPCS | D.Anusha | 31 |
55 | 21-08-2018 | A.V.Prasada Rao | Newton’s rings in reflected light | II B.SC. MPCS | J.L.Satya Vati | 31 |
56 | 21-08-2018 | A.V.Prasada Rao | Michelson interferometer | II B.SC. MPCS | M.Suma | 31 |
57 | 21-08-2018 | A.V.Prasada Rao | Fraunhoffer diffraction pattern with N slits | II B.SC. MPCS | N.Venu | 31 |
58 | 21-08-2018 | A.V.Prasada Rao | Resolving power of grating | II B.SC. MPCS | P.Gayatri | 31 |
59 | 21-08-2018 | A.V.Prasada Rao | determination of specific rotation by Laurent’s half shade polarimeter | II B.SC. MPCS | P.Sireesha | 31 |
60 | 21-08-2018 | A.V.Prasada Rao | Nicol prism polarizer and analyzer | II B.SC. MPCS | Y.Gopigoud | 31 |
61 | 21-08-2018 | A.V.Prasada Rao | He-Ne laser | II B.SC. MPCS | P. Naga Ramya Sri | 31 |
62 | 21-08-2018 | A.V.Prasada Rao | Ruby laser | II B.SC. MPCS | B. Akhila | 31 |
63 | 21-08-2018 | A.V.Prasada Rao | spherical aberration, | II B.SC. MPCS | P.B.N.Veeranjaneya | 31 |
64 | 27-08-2018 | A.V.Prasada Rao | Statement and proof of Gauss theorems | I B.SC. MPC | B. Raghu Babu | 24 |
65 | 27-08-2018 | A.V.Prasada Rao | Statement and proof of Stokes theorems | I B.SC. MPC | Ch. Chandra Varma | 24 |
66 | 27-08-2018 | A.V.Prasada Rao | Equation of motion of a rocket | I B.SC. MPC | Ch. Vinay | 24 |
67 | 27-08-2018 | A.V.Prasada Rao | Rutherford scattering-derivation | I B.SC. MPC | K. Anasuryavathi | 24 |
68 | 27-08-2018 | A.V.Prasada Rao | precession of a Symmetric top | I B.SC. MPC | K. Kiran Kumar | 24 |
69 | 27-08-2018 | A.V.Prasada Rao | Elastic constants of isotropic solids and their relations | I B.SC. MPC | L. Gayathri | 24 |
70 | 27-08-2018 | A.V.Prasada Rao | equation of motion under a central force | I B.SC. MPC | M. Naga Babu | 24 |
71 | 27-08-2018 | A.V.Prasada Rao | Derivation of Kepler’s laws. | I B.SC. MPC | P. Karthik | 24 |
72 | 27-08-2018 | A.V.Prasada Rao | Michelson-Morley experiment | I B.SC. MPC | T. Supriya | 24 |
73 | 28-08-2018 | V. Prasad | Lorentz transformation | I B.SC. MPCS | B. Lahari | 36 |
74 | 28-08-2018 | V. Prasad | Statement and proof of Gauss theorems | I B.SC. MPCS | B. S. Naga Lakshmi | 36 |
75 | 28-08-2018 | V. Prasad | Statement and proof of Stokes theorems | I B.SC. MPCS | B. Ravi Kanth | 36 |
76 | 28-08-2018 | V. Prasad | Equation of motion of a rocket | I B.SC. MPCS | B. Sowjanya | 36 |
77 | 28-08-2018 | V. Prasad | Rutherford scattering-derivation | I B.SC. MPCS | Ch. Keertana | 36 |
78 | 28-08-2018 | V. Prasad | precession of a Symmetric top | I B.SC. MPCS | Ch. Surendravarma | 36 |
79 | 28-08-2018 | V. Prasad | Elastic constants of isotropic solids and their relations | I B.SC. MPCS | K. Naga Sai | 36 |
80 | 28-08-2018 | V. Prasad | equation of motion under a central force | I B.SC. MPCS | K. Niteesh | 36 |
81 | 28-08-2018 | V. Prasad | Derivation of Kepler’s laws. | I B.SC. MPCS | P. Venkata Siva Gopi | 36 |
82 | 28-08-2018 | V. Prasad | Michelson-Morley experiment | I B.SC. MPCS | T. Annapurna | 36 |
83 | 21-01-2019 | B. Ashok | Forms of energy and Conservation of energy | III B.SC. MPC | B. Sneha Latha | 20 |
84 | 21-01-2019 | B. Ashok | Conventional energy sources | III B.SC. MPC | K. Srinivasarao | 20 |
85 | 21-01-2019 | B. Ashok | Energy consumption in various sectors | III B.SC. MPC | M. Prabhu Jyothi | 20 |
86 | 21-01-2019 | B. Ashok | impact of exponential rise in energy usage on global economy | III B.SC. MPC | K. Gayatri | 20 |
87 | 21-01-2019 | B. Ashok | solar water heating system | III B.SC. MPC | N. Lakshmi | 20 |
88 | 21-01-2019 | B. Ashok | Solar cell | III B.SC. MPC | K.S. Hanuman | 20 |
89 | 21-01-2019 | B. Ashok | Principle of ocean thermal energy conversion | III B.SC. MPC | B. Suhashini | 20 |
90 | 21-01-2019 | B. Ashok | Tidal power generation | III B.SC. MPC | M. Jhansi | 20 |
91 | 21-01-2019 | B. Ashok | Aerobic and anaerobic bio-conversion | III B.SC. MPC | K.Alekya | 20 |
92 | 21-01-2019 | B. Ashok | Biogas plant | III B.SC. MPC | V.Yogitha | 20 |
93 | 22-01-2019 | A.V.Prasada Rao | Forms of energy and Conservation of energy | III B.SC. MPCS | B. Nirusha | 24 |
94 | 22-01-2019 | A.V.Prasada Rao | Conventional energy sources | III B.SC. MPCS | Ch.B.N. Priyanka | 24 |
95 | 22-01-2019 | A.V.Prasada Rao | Energy consumption in various sectors | III B.SC. MPCS | G. Samyuktha | 24 |
96 | 22-01-2019 | A.V.Prasada Rao | impact of exponential rise in energy usage on global economy | III B.SC. MPCS | G. Srinivas | 24 |
97 | 22-01-2019 | A.V.Prasada Rao | solar water heating system | III B.SC. MPCS | G.B. Uday Bhaskar | 24 |
98 | 22-01-2019 | A.V.Prasada Rao | Solar cell | III B.SC. MPCS | M. Santhosh Kumar | 24 |
99 | 22-01-2019 | A.V.Prasada Rao | Principle of ocean thermal energy conversion | III B.SC. MPCS | T.L.V.N.P. Sireesha | 24 |
100 | 22-01-2019 | A.V.Prasada Rao | Tidal power generation | III B.SC. MPCS | V. Manjula | 24 |
101 | 22-01-2019 | A.V.Prasada Rao | Aerobic and anaerobic bio-conversion | III B.SC. MPCS | V. Bhargav | 24 |
102 | 22-01-2019 | A.V.Prasada Rao | Biogas plant | III B.SC. MPCS | V.N.L. Tirupatamma | 24 |
103 | 22-01-2019 | A.V.Prasada Rao | Forms of energy and Conservation of energy | III B.SC. MPCS | Y. Tulasi Priya | 24 |
104 | 24-01-2019 | V. Prasad | Solar intensity measurement – Thermoelectric pyranometer | Physics Cluster | R. Sai Kumar | 06 |
105 | 24-01-2019 | V. Prasad | Solar intensity measurement – Pyrheliometer | Physics Cluster | G. Neelima | 06 |
106 | 24-01-2019 | V. Prasad | Liquid heating type FPC, Energy balance equation, Efficiency | Physics Cluster | B. Kalyani | 06 |
107 | 24-01-2019 | V. Prasad | Evacuated tubular collectors | Physics Cluster | V. Thirupatamma | 06 |
108 | 24-01-2019 | V. Prasad | Physics of solar cell | Physics Cluster | P.L.K.Kumari | 06 |
109 | 24-01-2019 | V. Prasad | Photovoltaic Effect | Physics Cluster | P. Sireesha | 06 |
110 | 25-01-2019 | B. Srinivasa Rao | Wind energy conversion principles | Physics Cluster | R. Sai Kumar | 06 |
111 | 25-01-2019 | B. Srinivasa Rao | Types and classification of WECS | Physics Cluster | G. Neelima | 06 |
112 | 25-01-2019 | B. Srinivasa Rao | Rotor characteristics of WECS | Physics Cluster | V. Anusha | 06 |
113 | 25-01-2019 | B. Srinivasa Rao | Maximum power coefficient of WECS | Physics Cluster | Y. Sowmya | 06 |
114 | 25-01-2019 | B. Srinivasa Rao | Wind pumps: Performance analysis, design concept and testing | Physics Cluster | T.V. Siva Krishna | 06 |
115 | 25-01-2019 | B. Srinivasa Rao | Standalone, grid connected and hybrid applications of wind energy conversion systems, | Physics Cluster | V.N.L. Tirupatamma | 06 |
116 | 28-01-2019 | B. Ashok | Need of energy storage | Physics Cluster | R. Sai Kumar | 06 |
117 | 28-01-2019 | B. Ashok | Flywheel energy storage | Physics Cluster | G. Neelima | 06 |
118 | 28-01-2019 | B. Ashok | Lead acid batteries | Physics Cluster | V. Anusha | 06 |
119 | 28-01-2019 | B. Ashok | Nickel Cadmium Batteries | Physics Cluster | Y. Sowmya | 06 |
120 | 28-01-2019 | B. Ashok | Superconducting Magnet Energy Storage(SMES) systems | Physics Cluster | T.V. Siva Krishna | 06 |
121 | 28-01-2019 | B. Ashok | Super capacitor | Physics Cluster | V.N.L. Tirupatamma | 06 |
122 | 28-01-2019 | B. Srinivasa Rao | Deduction of Maxwell’s law of distribution of molecular speeds | II B.SC. MPC | A. Dharma Deep Sai | 28 |
123 | 28-01-2019 | B. Srinivasa Rao | Thermal conductivity of gases | II B.SC. MPC | A. Manivarma | 28 |
124 | 28-01-2019 | B. Srinivasa Rao | Carnnot’s engine and its efficiency | II B.SC. MPC | A. Sudharshan | 28 |
125 | 28-01-2019 | B. Srinivasa Rao | Carnot’s theorem | II B.SC. MPC | B. D. Srinivas | 28 |
126 | 28-01-2019 | B. Srinivasa Rao | Derivation of Maxwell’s thermodynamic relations | II B.SC. MPC | B. Jalaiah | 28 |
127 | 28-01-2019 | B. Srinivasa Rao | Joule Kelvin effect-expression for Joule Kelvin coefficient for perfect and vander Waal’s gas | II B.SC. MPC | S.Tulasi ram | 28 |
128 | 28-01-2019 | B. Srinivasa Rao | Adiabatic demagnetization | II B.SC. MPC | M.Swathi Kumari | 28 |
129 | 28-01-2019 | B. Srinivasa Rao | Expression for Joule Thomson cooling | II B.SC. MPC | A.Shanti | 28 |
130 | 28-01-2019 | B. Srinivasa Rao | Quantum theory of radiation-Planck’s law | II B.SC. MPC | G.Bhanusiva | 28 |
131 | 28-01-2019 | B. Srinivasa Rao | Wein’s displacement law | II B.SC. MPC | A.Suma | 28 |
132 | 29-01-2019 | A.V.Prasada Rao | Deduction of Maxwell’s law of distribution of molecular speeds | II B.SC. MPCS | B Ganesh Babu | 31 |
133 | 29-01-2019 | A.V.Prasada Rao | Thermal conductivity of gases | II B.SC. MPCS | D.Anusha | 31 |
134 | 29-01-2019 | A.V.Prasada Rao | Carnnot’s engine and its efficiency | II B.SC. MPCS | J.L.Satya Vati | 31 |
135 | 29-01-2019 | A.V.Prasada Rao | Carnot’s theorem | II B.SC. MPCS | M.Suma | 31 |
136 | 29-01-2019 | A.V.Prasada Rao | Derivation of Maxwell’s thermodynamic relations | II B.SC. MPCS | N.Venu | 31 |
137 | 29-01-2019 | A.V.Prasada Rao | Joule Kelvin effect-expression for Joule Kelvin coefficient for perfect and vander Waal’s gas | II B.SC. MPCS | P.Gayatri | 31 |
138 | 29-01-2019 | A.V.Prasada Rao | Adiabatic demagnetization | II B.SC. MPCS | P.Sireesha | 31 |
139 | 29-01-2019 | A.V.Prasada Rao | Expression for Joule Thomson cooling | II B.SC. MPCS | Y.Gopigoud | 31 |
140 | 29-01-2019 | A.V.Prasada Rao | Quantum theory of radiation-Planck’s law | II B.SC. MPCS | P. Naga Ramya Sri | 31 |
141 | 29-01-2019 | A.V.Prasada Rao | Wein’s displacement law | II B.SC. MPCS | B. Akhila | 31 |
142 | 29-01-2019 | A.V.Prasada Rao | Deduction of Maxwell’s law of distribution of molecular speeds | II B.SC. MPCS | P.B.N.Veeranjaneya | 31 |
143 | 31-01-2019 | B. Srinivasa Rao | Simple harmonic oscillator and solution of the differential equation | I B.SC. MPC | B. Raghu Babu | 24 |
144 | 31-01-2019 | B. Srinivasa Rao | Combination of two mutually perpendicular simple harmonic vibrations of same frequency | I B.SC. MPC | Ch. Chandra Varma | 24 |
145 | 31-01-2019 | B. Srinivasa Rao | Damped harmonic oscillator, solution of the differential equation of damped oscillator | I B.SC. MPC | Ch. Vinay | 24 |
146 | 31-01-2019 | B. Srinivasa Rao | Differential equation of forced oscillator and its solution | I B.SC. MPC | P.Rehenya | 24 |
147 | 31-01-2019 | B. Srinivasa Rao | Fourier theorem and evaluation of the Fourier coefficients | I B.SC. MPC | K.Venkateswaramma | 24 |
148 | 31-01-2019 | B. Srinivasa Rao | Analysis of periodic square wave function | I B.SC. MPC | S.Venkateswarao | 24 |
149 | 31-01-2019 | B. Srinivasa Rao | Transverse wave propagation along a stretched string | I B.SC. MPC | Y.Venkatesh | 24 |
150 | 31-01-2019 | B. Srinivasa Rao | Longitudinal vibrations in bars-wave equation and its general solution | I B.SC. MPC | SK.Mushayad | 24 |
151 | 31-01-2019 | B. Srinivasa Rao | production of ultrasonic’s by piezoelectric method | I B.SC. MPC | K.Raghu ram | 24 |
152 | 01-02-2019 | V. Prasad | production of ultrasonic’s by magnetostriction method | I B.SC. MPCS | B. Lahari | 36 |
153 | 01-02-2019 | V. Prasad | Simple harmonic oscillator and solution of the differential equation | I B.SC. MPCS | B. S. Naga Lakshmi | 36 |
154 | 01-02-2019 | V. Prasad | Combination of two mutually perpendicular simple harmonic vibrations of same frequency | I B.SC. MPCS | B. Ravi Kanth | 36 |
155 | 01-02-2019 | V. Prasad | Damped harmonic oscillator, solution of the differential equation of damped oscillator | I B.SC. MPCS | B. Sowjanya | 36 |
156 | 01-02-2019 | V. Prasad | Differential equation of forced oscillator and its solution | I B.SC. MPCS | Ch. Keertana | 36 |
157 | 01-02-2019 | V. Prasad | Fourier theorem and evaluation of the Fourier coefficients | I B.SC. MPCS | Ch. Surendravarma | 36 |
158 | 01-02-2019 | V. Prasad | Analysis of periodic square wave function | I B.SC. MPCS | O.Durgaprasad | 36 |
159 | 01-02-2019 | V. Prasad | Transverse wave propagation along a stretched string | I B.SC. MPCS | P.Abhiram | 36 |
160 | 01-02-2019 | V. Prasad | Longitudinal vibrations in bars-wave equation and its general solution | I B.SC. MPCS | N.Balaji | 36 |
161 | 01-02-2019 | V. Prasad | production of ultrasonic’s by piezoelectric method | I B.SC. MPCS | P.Rajakishore | 36 |