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 2019-20
| S.No. | Date | Name of the Lecturer Conducted | Class-Group | Sem | Paper/ Subject | Topic | No of Students Completed | |
| 1 | 11-09-2019 | V.SUJATHA | A. Akansha | I (MPC) | I | Mechanic waves and oscillation | Fourier theorem | 30 |
| A. Naga Jyothi | simple harmonic | |||||||
| A. Purna Kumar Reddy | Michleson morelly expriment | |||||||
| A. Vegeendhra Reddy | damper harmonic oscillator | |||||||
| A. Phaneedhra | divergence of vector field | |||||||
| A. Siva Naga Ganesh | collisions | |||||||
| Arshad Khan | damped vibration | |||||||
| A. Siva Koteswaramma | gauss divergence | |||||||
| B. Tirupathauiah | Fourier thermo | |||||||
| B. Vasundhara | motion of variable mass | |||||||
| B. Siva Manikanta Reddy | ruthers ford experiment | |||||||
| CH. Harika | Michelson merely | |||||||
| CH. Vasu | Fourier thermo | |||||||
| D. Godaru Venkata Reddy | simple harmonic | |||||||
| D. Venkateswaramma | damper haronicoscillator | |||||||
| D. Prashanth Reddy | damped vibration | |||||||
| E. Mohan Sai Nayak | Fourier theroem | |||||||
| G. Venkateswara Reddy | Divergence of vector field | |||||||
| G. Jahnavi | gauss divergent | |||||||
| K. Anusha | Michelson morelly expriment | |||||||
| K. Tirumula | simple harmonic | |||||||
| K. Chandra Shekhar | rather ford experiment | |||||||
| K. Pavan Kalyan | collisions | |||||||
| K. Ramanjaneya Reddy | damped vibration | |||||||
| K. Nadini Sri | simple harmonic | |||||||
| K. Sravani | Michleson morelly expriment | |||||||
| K. Bhavani | Fourier theroem | |||||||
| K. Ayyapa Reddy | motion of simple oscillator | |||||||
| M. Pavani | Fourier theorem | |||||||
| M.Prabhu Teja | Damped vibration | |||||||
| 2 | 19-8-2019 | V.SUJATHA | A. Rama Krishna Reddy | II (mpc ) | III | Wave optics | Bi prism | 23 |
| A. Yamini Lakshmi | Michelson | |||||||
| A. Mounika | wedge method | |||||||
| B. Parvathi | temperature coherence | |||||||
| B. Sravani | phase changes reflection | |||||||
| B. Venkayamma | spherical aberration | |||||||
| D. Estheru Madhuri | Newton rings | |||||||
| D. Ayyapa Reddy | chromatin douslet | |||||||
| D. Viswanadh Reddy | Coma | |||||||
| D.Nageswari | Doublereflection | |||||||
| D.Yedukondala Reddy | HE-NE reaser | |||||||
| K. Meha SrI | Nicole prism | |||||||
| K. Iswarya | Differation single slite | |||||||
| K. Divya Sree | Differation double slite | |||||||
| L. Siva Jothi | Double reflection | |||||||
| M. Divya | Nicol prism | |||||||
| M. Mansurbeig | babinets apprator | |||||||
| P. Akhila | multi mode fibers | |||||||
| P Ragavendra | L.H.S .polery meter | |||||||
| P. Suji | Bowerst law | |||||||
| P Naga Simha Reddy | Helium Neon laser | |||||||
| SK. Anusha | Half quarter Wave plate | |||||||
| SK. Gousiya | Ruby laser | |||||||
| 3 | 23-08-2019 | V.SUJATHA | Y. Kalyani | III(MPC) | V | Modern physics | Davison& germen | 23 |
| G. Anuhya | Zeeman effect | |||||||
| N. Subba Rao | vector atom model | |||||||
| K. Jitendra Sai | liquid drop model | |||||||
| B. Mohan Krishna | draw backs bohrs theory | |||||||
| B. Naga Babu | x- ray diffraction by power method | |||||||
| b. Naga Babu | Gamow’s theory | |||||||
| B. Venkateswra Rao | summer field effect | |||||||
| M. Pavani | , gages natal law , type I type II | |||||||
| D. Nageswari | super conductors | |||||||
| D. Reshma | unit cell Milles | |||||||
| CH. Venkateswarlu | messiness effect | |||||||
| M. Pavan Kalyan | Heisenberg’s uncertenity principle | |||||||
| M. Meenakshi | tanity principal | |||||||
| V.V.S.S Vyashnavi | bsc theory | |||||||
| K. Puja | application of Schrodinger wave equation | |||||||
| Uma Bharathi | unit cell in crystals | |||||||
| G. Janshi Lakshmi | , structure of CSU | |||||||
| K. Gopinadh | stern genlach experiment | |||||||
| K. Mohith | Heisenberg uncertainty for potion moment | |||||||
| 4 | 17-12-2019 | V.SUJATHA | A. Aakansha | I (MPC) | II | Waves and Osculation | Simple harmonic oscillator | 20 |
| A. Naga Jyothi | principal of super potion | |||||||
| B. Tirupataiah | less ajous figers | |||||||
| B. Vasundhara | compound pendulum | |||||||
| CH. Harika | damped warmonics | |||||||
| G. Jahnavi | forced oscillator | |||||||
| K. Anusha | resonance | |||||||
| K. Tirumula | velocity resonance | |||||||
| K. Sravani | pourier theroem | |||||||
| K. Bhavani | Pourier Coefficient | |||||||
| M. Pavani | square waves function | |||||||
| M. Prabhu Teja | Triangle wave function | |||||||
| M. Bhaskar Reddy | transfers wave functions | |||||||
| N. Madhuri | stretched string | |||||||
| P. Jhon Christi | modes of vibration | |||||||
| P. SuniI | vertices and harmonics | |||||||
| P. Manasa | ultra sonic | |||||||
| PSunitha | ultra sonic waves | |||||||
| P. Sravani | piezoelectric method | |||||||
| P. Srikanth Reddy | application of ultra sonic | |||||||
| 5 | 7-12-2019 | V.SUJATHA | A. Rama Krishana Reddy | II(MPC) | IV | Thermo dynamics | Velocity of gas | 14 |
| A. Yamini Lakshmi | t- s diagrams | |||||||
| B. Paravathi | Idea batic magnetizing | |||||||
| B. Sravani | cannot’s engine | |||||||
| D. Ayyapa Reddy | thermal conductivity | |||||||
| D. Viswanadh Reddy | entropy changes | |||||||
| D. Nageswari | thermodynamics relations | |||||||
| K. Sneha Sri | Wein’s theory | |||||||
| k. Iswarya | phyroheilo mater | |||||||
| M. Divya | Carnnot’s theroem | |||||||
| P. Akhila | effency | |||||||
| P. Suji | Carnnot’s cycle | |||||||
| SK. Anusha | Joule Thomson exp | |||||||
| SK. Gousiya | antibiotic magnetizing | |||||||
| 6 | 28-12-2019 | V.SUJATHA | A. Uma Bharathi | III(MPC) | VI | Material Science | Crystal bonding | 17 |
| B.Naga babu | types of metals | |||||||
| B. Mohan Krishna reddy | diffusion | |||||||
| B. Padmavathi | point defect | |||||||
| CH.Naga Dugra reddy | volume defect | |||||||
| D.Reshma | curies | |||||||
| D. Nagaswari | Weiss’s law | |||||||
| G. Anuhya | dielefric constant | |||||||
| K. Jitendra Sai Kumar | hysteresis loss | |||||||
| K. pooja | piezoelectric | |||||||
| K. Gopi nadh | lingering theory | |||||||
| M. Pavan kalyan | magnetic materials’ | |||||||
| M. Meenakshmi | Ferro Electric | |||||||
| N. Subba Rao | Polarizabality | |||||||
| Nazma | shorkey defect | |||||||
| N.Varthni Tirapathamma | point defect | |||||||
| V.V.S.S. Vyshnavi | domain theory |