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| S.No. | Date | Name of the Lecturer Conducted | Class-Group | Sem | Paper/ Subject | Topic | No of Students Completed | |
| 1 | 17-11-2021 | k.srinivasrao | A. Madhu Sudhan Redyy | I( MPC) | I | Mechanics,waves & collation | Ultra Sonics | 24 |
| A. Manikanta Reddy | central forces | |||||||
| A. Tirumala Narayana Reddy | Young’s modals | |||||||
| B. Bhargavi | Michelson Morely Experimrnt | |||||||
| B. Kranthi | , gyroscope | |||||||
| B. Durga Devi | magnation method | |||||||
| Ch.Maneesha | collisions, | |||||||
| K. Sada | , kepler’s laws | |||||||
| K. Srija | central force | |||||||
| M. Lakshmi | , gauss diver gencetheous | |||||||
| P, Susmitha | super position oif waves | |||||||
| P. Chaitanya Venakta Vivek | , Fourier theorem | |||||||
| P. Sowmya | Euler’s equation | |||||||
| P. Yamuna | kipper’s laws | |||||||
| P. Sai Swaroopa Reddy | Divergence Of Vectors | |||||||
| P. Adi sesha Reddy | young’s modals , | |||||||
| R. Mounika | , Fourier theorem | |||||||
| SK. Hamedulla | Centaral forces | |||||||
| SK. Mothi | Ruther Ford Experiment | |||||||
| SD. Shaheed | collisions | |||||||
| T. Santhoshe | gyro scope | |||||||
| T.Nandini | , ultra sonic , | |||||||
| Y. Hema Sri | Michelson morly Experiment | |||||||
| Y. Pallavi | , Fourier theorem | |||||||
| 2 | 26-11-2021 | V.SUJATHA | A. Aravinda Reddy | II(MPC) | III | thermodynamics | 19 | |
| A. Govardan Reddy | , temperature entropy | |||||||
| B.N Pavan Kumar Reddy | plank’s constant | |||||||
| B. Pothu Raju | coefficient of viscostity | |||||||
| D.H. Srinivas Reddy | max well relations, | |||||||
| D. swathi | Car Not Engine | |||||||
| G. Siva Naga Raju | Adiabatic Demagentisation | |||||||
| K. Jyothramai | Adiabatic Demagentisation | |||||||
| K. Yuva Kumar | ,thermodynamics relations | |||||||
| M. Manikanta | , entropy | |||||||
| M. Deepak | solar constant | |||||||
| P. V. Sankara Reddy | ,wins displacement | |||||||
| P. P. Yogendra Reddy | entrophy changes, | |||||||
| P. p. Venkata Krishna Reddy | Revesible Irrevsible Process | |||||||
| P. Prasana | T.S Diagrams | |||||||
| Sk. Janiheera | adiabatic demagnetization | |||||||
| V. Pravallika | ,canot’s cyclist’s | |||||||
| Y. Naga Ramya | Kapitzes Method | |||||||
| Y. Vamsi Krishna | C.CEquation | |||||||
| 3 | 30-11-2021 | V.SUJATHA | P. Jhon Cristy | III(MPC) | V | Modern Physics | Gamous Teory | 10 |
| D. Prashanth Reddy | Madelen ConstantOf Nacl | |||||||
| Y.Bhanu | Giger Newton Law | |||||||
| D. Sandeep | Stern Gerlah Experiment | |||||||
| M. Baskar Reddy | Crystal Structure | |||||||
| P. Sravani | Lattice Energy | |||||||
| K. Ramanjayaneyalu | Coupling Scems | |||||||
| Sk.Karimmula | Quantum Numbers | |||||||
| G. Jahnavi | Heisenburg Uncetenity Principle | |||||||
| P. Meghana | Fine Structure of H Alapha Line | |||||||
| K. Pavan Kalyan Reddy | Miller Indices | |||||||
| P. Vamsi | Matter Waves | |||||||
| P. Srikanth Reddy | Various Types Of Crystal Structure | |||||||
| P. Sunitha | Vector Atom Model | |||||||
| P. Manasa | Braving space Lattices | |||||||
| P. Bhuvaneswari | Raman Effect | |||||||
| M. Pavani | Liquid Drop Model | |||||||
| K. Srvani | Magic Number | |||||||
| D. Prasanth Reddy | Brggas Law | |||||||
| A. Sivakoteswaramma | Powder Method | |||||||
| CH. Harika | B. C. S.Theroy | |||||||
| Lavies Method | ||||||||
| 4 | 20-8-2022 | K.Anusha | I (MPC) | II | Waves Optics | Lloyd’s single mirror | 19 | |
| A. Madhu Sudhana Reddy | ||||||||
| A. manikanta Reddy | Fresnel and fraunnoffer diffraltior | |||||||
| A. Tirumala Narayana Reddy | ,niclo prism | |||||||
| B. Bhargavi | method of minimizing Spherical Abberation | |||||||
| B. Durga Bhavani | ,laurent’s half shande pore meter | |||||||
| CH. Maneesha | , Brewster’s law | |||||||
| K. Srija | He-Ne Laser | |||||||
| M. Lakshmi | Ruby Laser | |||||||
| P. Susmitha | fraunoffer diffraction a+a single slit | |||||||
| P. Sowmya | Michelson interferometer | |||||||
| P. Yamuna | astigmatism | |||||||
| P. Sai Swaroopa Reddy | population inversion | |||||||
| SK. Mothi | , , Newton’s ring experiment | |||||||
| T. Santhoshi | conditions of interferometer of light | |||||||
| T. Nandini | basic principle of lcd’s | |||||||
| Y. Hema Sri | maul us law | |||||||
| Y. Pallavi | plane diffraaltionongration | |||||||
| 5 | 22-7-2022 | V.SUJATHA | D. Swathi | II(MPC) | IV | Modern physics | Schrodinger wave equation | 11 |
| P. Venkata Krishna Reddy | propositional Counter | |||||||
| A. Aravinda Reddy | Raman effect | |||||||
| K. Jyothirmai | Raman effect | |||||||
| A. Govardan | Schrodinger wave education | |||||||
| P. Uma Sankar Reddy | ,Schrodinger’s time,independt,wave, education | |||||||
| M. Manikanta | vector atom modal | |||||||
| Y. Naga Ramya | G.M counter | |||||||
| SK. Janiheera | nuclear reactions | |||||||
| B. V. N. Pavan Kumar | hicsemberg’s uncertainly principle | |||||||
| D.H Srinivasa Rao | Zeeman effect | |||||||
| 6 | 30-07-22 | V.SUJATHA | A. Aakansha | III (MPC) | VI | MATERIAL SCIENCE | Chrystal bonding, | 23 |
| A. Siva Koteswaramma | , inter atomic force | |||||||
| B. Vasundara | ,langevin theory | |||||||
| B. Siva Manikanta Reddy | ,curies law | |||||||
| CH. Harika | We Weiss’s theory | |||||||
| D. Venkata Reddy | , b-h curve | |||||||
| G. Jahnavi | , hysteresis energy loss, | |||||||
| K. Bhavani | point defect | |||||||
| M. Pavani | volume defect | |||||||
| M Madurai | , shokeey defect, shokeey defect | |||||||
| K. Anusha | , prenkel defects | |||||||
| P. Sunitha | types of dielectric’s | |||||||
| P. Vamsi | pie electric material | |||||||
| Y. Bhanu | quenching | |||||||
| SK. Karimulla | annalig | |||||||
| P. Srikanth Reddy | Defarmation | |||||||
| M. Baskhar Reddy | diffusion , | |||||||
| D. Prashanth Reddy | diffusion bio- materials | |||||||
| K. Pavn Kalyan | , types of ceramics | |||||||
| A.Naga Jyothi | properties , of magnets | |||||||