kvrkvr_mkrcollege@yahoo.co.in, kvrkvrmkrc@gmail.com
086432 58745
ESTD-1981
KVR KVR & MKR COLLEGE
KHAJIPALEM, BAPATLA DISTRICT, ANDHRA PRADESH -522329
Affiliated to Acharya Nagarjuna University
(Sponsored by Manthena Venkata Raju Seva Samithi)
NAAC B++
The Department of Physical Science has Conducted Assignments to the students for the academic year of 2018-2019
| S.No. | Date | Name of the Lecturer Conducted | Name of the Students | Class-Group | Sem | Paper/ Subject | Topic | No of Students Completed |
| 1 | 09-08-2018 | M. HYMAVATHI | A.Rama Krishna reddy | 1st Mpc | 1st | Mechanics and properties of matter | Michelson- morelly experiment | 28 |
| A.Yamini lakshmi | fourier theorem | |||||||
| A.Mounika | dompes harmonic oscillator | |||||||
| B. Jaya mani kanta sai | simple harmonic motion | |||||||
| B.Parvathi | divergence of vector field | |||||||
| B. Sravani | Rutherford’s Scattering | |||||||
| B.Liveeju | damped vibration | |||||||
| B.Venkayamma | Gauss divergence theorem | |||||||
| D .Esteru Madhuri | Collisions | |||||||
| D. Ayyapa reddy | Motion of Simple oscillator | |||||||
| D. Brahma reddy | system of variable mass | |||||||
| D Krishna reddy | Forarier theroem –wave forms | |||||||
| D.Viswanadh reddy | Collisions | |||||||
| D.Nageswari | Rutherford’s Scattring | |||||||
| D.Yedukondala reddy | Michelson- morelly experiment | |||||||
| G.Jagadesh babu | simple harmonic motion | |||||||
| I.Naga vamsi pavan | Damped vibration | |||||||
| K.Sneha sri | Gauss divergence theorem | |||||||
| K.ISwarya | system of variable mass | |||||||
| K.Divya sree | Motion of Simple oscillator | |||||||
| K.Mounika | Rutherford’s Scattring | |||||||
| K.Bala Tripura sundari | Damped harmonic oscillator | |||||||
| L.Siva jothi | Fourier theroem | |||||||
| M.Divya | Gauss divergence theorem | |||||||
| M.Mansur baig | Damped vibration | |||||||
| M.Yesu babu | Michelson- morelly experiment | |||||||
| M.Jagadesh | Collisions | |||||||
| P.Akhil | Damped harmonic oscillator | |||||||
| 2 | 14-08-2018 | V. SUJATHA | A.Uma Bharathi | 2nd MPC | 3RD | Wave Optics | Spherical Aberrations | |
| B.Mohan krishan reddy | Astigmatisam | |||||||
| B. Naga babu | chromatic Assertion | |||||||
| B. Naga babu | Acronatic Dourest | |||||||
| B.V.Naga padamavathi | Achromatisam | |||||||
| CH.Venkata swarlu | Principle of Super position | |||||||
| CH. Naga durga reddy | condition of interference | |||||||
| D. Reshma | frenels Biprisam | |||||||
| D. Naga raju Krishna kumar | Newton ring | |||||||
| D. Nagaswari | Colour of thin film | |||||||
| D.Sri Tulasi | resolving power of gritting, | |||||||
| D. Sireesha | Diffraction single site | |||||||
| G.Jhansi Lakshmi | normal | |||||||
| K.Mohith | mauls law | |||||||
| K.Gopi nath | zone plate, | |||||||
| L. Sai Chandu | He-Ne laser | |||||||
| M.Pavan kalyan | Ruby caser, | |||||||
| M. Meenashi | Nicias prism | |||||||
| N.Nagadasu | multi made Dibbers | |||||||
| 3 | 20-08-2018 | V. SUJATHA | E. Neeraju | 3rd MPC | 5th | Modern physics | Davison & Germen experiment | 23 |
| B. Lalitha | Zeeman effect | |||||||
| A.Harshini | Vector atom model | |||||||
| M. Ramya sai | Liquid drop mode | |||||||
| A.Sri lakshmi | Drawbacks Bohr’s theory | |||||||
| P. lakshmi Dugra | X-Ray Diffraction by powder method | |||||||
| P. Yamini | Alpha-decay & Beta – decay | |||||||
| P.V.N. Vyshnavi | Gamow’s theory | |||||||
| A.V.S.hari priya | Somerfield effect | |||||||
| Y.Ganga Bhavani | Geiger-neutral law | |||||||
| Shaheen Baig | Type 1 & type2 Super conductors | |||||||
| Y. Kusuma | Unit cell &Miller Indices | |||||||
| P.Tulasi | Meissonier effect | |||||||
| Jokeswara reddy | Heisenberg’s uncertainty Principle | |||||||
| Syed . Sabjohn | BSC Theory | |||||||
| SK. Mahaboor subhani | Application of Schrodinger wave equation | |||||||
| N.Teja surya | Unit cell in crystals | |||||||
| K. Venkatesh | Structure of NACL,CSCL | |||||||
| G.Swathi | Born Calculation of repulsive Exponent | |||||||
| P.Venkata Phanedra reddy | Structure of CSCL | |||||||
| A.Lakshmi tirupathama | Stern –Gerlach experiment | |||||||
| Faizunnisa | Heisenberg’s uncertainty Positions momentum | |||||||
| M.Haritha | Binding energy of nucleus | |||||||
| 4 | 04-12-2018 | M. HYMAVATH | P. Masthan | 1st MPC | 2nd | Waves and oscillations | Simple harmonic motion | 20 |
| P.Ragavendra varma | system of variable mass | |||||||
| P.suji | motion of simple harmonic oscillation | |||||||
| P. Narashma reddy | Ruther fords scattering | |||||||
| S. Anusha | Gauss divergence theorem | |||||||
| S.Gousiya | Collisions | |||||||
| T.Anitha | Damped vibrations | |||||||
| U. Mounika Sunarya | Michelson- morelly experiment | |||||||
| V.Bhanu Prasad reddy | Forarier theroem | |||||||
| V.Kalyan narasa raju | system of variable mass | |||||||
| V.Jagadesh | Damped harmonic oscillator | |||||||
| Y.Anil kumar | Ruther fords scattering | |||||||
| Y.Yashwanth kumar reddy | motion of simple oscillation | |||||||
| SK. Asif ali | Ruther fords | |||||||
| D.Ayyappa reddy | Properties of ultra sonic waves | |||||||
| K.Sheha sri | Production of ultrasonic by piezolelectric | |||||||
| K.Mounika | Magnetostrichion | |||||||
| M.mansur baig | Detechion of ultrasonics | |||||||
| P.Akil | Determination of wave length of ultra sonic waves | |||||||
| L.Siva jyothi | Applications of ultra sonic waves | |||||||
| 5 | 19-12-2018 | V. SUJATHA | M.Pvani | 2nd MPC | 4th | Thermodynamics | Carnot’s cycle | 15 |
| N.Adi narayana reddy | Solar constant | |||||||
| N.subba rao | Maxwell’s relations | |||||||
| N.Sravani | Carnot’s theroem | |||||||
| Nazma | Joule Thomason cooling | |||||||
| N.V.Thirupathamma | Planks theroem | |||||||
| P.Siva reddy | Thermodynamics potentials | |||||||
| SK.Rathima BI khan | T-S diagram | |||||||
| V.V.S.S. Vyshnavi | Adiabatic De –magnetization | |||||||
| Y.Kalyani | Thermodynamics potentials | |||||||
| MD.kousar begum | Entropy | |||||||
| G. Anuhya | Solar constant | |||||||
| B.venkateswara reddy | Phyroheliometer | |||||||
| K.Pooja | J-K effect | |||||||
| K.Jitendhra sai | Armstrong Phyroheliometer | |||||||
| 6 | 29-12-2018 | V. SUJATHA | A.sri lakshmi | 3rd MPC | 6th | Material Science | Semi conductors | 21 |
| A.V.S.hari priya | Polymers | |||||||
| A.Harshini | Bulk and nanomaterials | |||||||
| A.Lakshmi tirupathamma | Review of atomic structure Interatomic forces | |||||||
| B.Lalitha | Point defect | |||||||
| Faizunnisa | Volume defect | |||||||
| K. Priyanka | Mechanical properties of engineering materials | |||||||
| M.Haritha | Technological properties | |||||||
| M.Ramaya sai | Surface defect | |||||||
| P.V.Naga vyshnavi | Factors affecting mechanical properties material | |||||||
| P.Yamini | Dia & paramagnetic materials | |||||||
| P.Lakshmi dugra | Ferri & Ferro magnetic materials | |||||||
| P.Siva pavarthi | Classical langvein theory of dia magnetism | |||||||
| K.suguna | Curies law | |||||||
| M.Ratna rani | Weiss’s theory | |||||||
| P.Tulasi | Diffussion of B-H curve | |||||||
| Shahen beig | Dielectric constants | |||||||
| SK.mahaboob subhani | Factors effecting polarization | |||||||
| SD.Sabjohn | Applications of pyroelectric materials | |||||||
| Y.Ganga bhavani | Ferro electric application | |||||||
| K.kusuma | Piezoelectric application |