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| S.No | Date | Name of the Lecturer Conducted | Class-Group | Sem | Paper/ Subject | Name of the Student | Topic | No of Students Completed |
| 1 | 20-11-19 | k.Sureshkumar | I MPC | I | Differential Equations | A.Aakanksha | Exact D.E | 37 |
| A.N.Jyothi | Non Exact D.E | |||||||
| A.Vigeendrareddy | Linear D.E | |||||||
| A.Phanindhra | Sovlable for Y | |||||||
| A. Siva Naga Ganesh | Sovlable for X | |||||||
| A.sivaKoteshvaramma | Sovlable for P | |||||||
| B. Vasundhra | Clairaut’sEquation | |||||||
| B. Sivamanikantareddy | Planes | |||||||
| CH. Harika | Lines | |||||||
| D. UuraduvenkataRedy | Spheres | |||||||
| D. venkataeswramma | Limiting Points | |||||||
| D. prasanth Reddy | Exact D.E | |||||||
| E. monisainalk | Non Exact D.E | |||||||
| G. Venkataeswarareddy | Sovabla for P | |||||||
| G. Vijyakanth | Linear D.E | |||||||
| G. Jahnavi | Sovlable for X | |||||||
| K. Anusha | Sovlable for Y | |||||||
| K. Thirumala | Clairaut’sEquation | |||||||
| K. Bhavani | Planes | |||||||
| K. pavanKalayan | Spheres | |||||||
| K. Chandra Shekhar | Lines | |||||||
| K. ramanijayneya Reddy | Limiting Points | |||||||
| M. Pavani | Exact D.E | |||||||
| M. Basakar Reddy | Non Exact D.E | |||||||
| N. Madhuri | Bernoulli’sD.Equation | |||||||
| P. EdulukondaluReddy | Sovlable for P | |||||||
| p. Bhuvaneswari | Sovlable for Y | |||||||
| P. John christiy | Sovlable for X | |||||||
| P. sunitha | Clairaut’sEquation | |||||||
| P. Sravani | Sovlable for P | |||||||
| 2 | 21-11-19 | k.sureshkumar | IMEC | I | Differential Equations & Solid Geometry | P. Srikanth | Exact D.E | 30 |
| P. Manasa | Non Exact D.E | |||||||
| P. suri | Bernoulli’sD.Equation | |||||||
| P. meghana | Sovlable for X | |||||||
| k. nandini Sri | Clairaut’sEquation | |||||||
| N. Saraswathi | Linear D.E | |||||||
| M. Pavanvenkateshnaiker | Higher order D.E | |||||||
| A. Salamasuthana | Variation of Parametric | |||||||
| A. Krishna chaitanya | Exact D.E | |||||||
| A. Srikanth | Non Exact D.E | |||||||
| B. Naga Divya | Bernoulli’sD.Equation | |||||||
| D.Manikanya Reddy | Sovlable for P | |||||||
| D.NagaMalleswari | Clairaut’sEquation | |||||||
| G. Suba Rao | Linear D.E | |||||||
| G Kowsalya | Non Exact D.E | |||||||
| G. Uma maheswari | Exact D.E | |||||||
| J. Kesva Kumar | Limiting Points | |||||||
| K. parasanthi | Lines | |||||||
| K. Swapna | Spheres | |||||||
| M. Bhargavi | Cones | |||||||
| M.Jaya Rama Krishna | Clairaut’sEquation | |||||||
| M. Vamsi | Bernoulli’s Equation | |||||||
| M.Naga Sai Ram | Non Exact D.E | |||||||
| M. Likhita | Exact D.E | |||||||
| N.L.V.N.S.L. Siva Parvathi | Higher order D.E | |||||||
| S. farhaSulthana | Variation of Parametric | |||||||
| S. Basha | Lines | |||||||
| V. Sowmya Sri | Exact D.E | |||||||
| U. Arivaind Varma | Spheres | |||||||
| S .Afrid | Non Exact D.E | |||||||
| V. Vijaya Ram gopal | Bernoulli’sD.Equation | |||||||
| S. JaniBasha | Higher order D.E | |||||||
| S. khader | Sovlable for P | |||||||
| P. Tejaswi | Lines | |||||||
| P. Divya | Spheres | |||||||
| P.Ashritha | Clairaut’sEquation | |||||||
| P. Revanth | Sovlable for X | |||||||
| 3 | 22-11-19 | k.Sureshkumar | I MCC | I | Differential Equations & solid geometry | A.Nazma Begum | Sovlable for Y | 19 |
| B. JanakiRamaiah | Lines | |||||||
| D.Balakrishna | Planes | |||||||
| I.Hemalatha | Variation of Parametric | |||||||
| K. Stephpy graph | Spheres | |||||||
| K.ManjuBhargavi | Clairaut’sEquation | |||||||
| K. satish | Bernoulli’sD.Equation | |||||||
| K. Venkatesh | Exact D.E | |||||||
| M. Jayanth | Non Exact D.E | |||||||
| M. Fransis | Lines | |||||||
| P. Suvara kumara | Higher order D.E | |||||||
| P.Jaivankatasai ram | Variation of Parametric | |||||||
| P. swaroop Reddy | Sovlable for P | |||||||
| SK. Alfaz | Sovlable for Y | |||||||
| Sk. Arshi | Bernoulli’sD.Equation | |||||||
| SK. Ifran | Spheres | |||||||
| SK. Sameer | Clairaut’sEquation | |||||||
| S.Subha rami reddy | Line | |||||||
| S. venkatavarma | Planes | |||||||
| 4 | 18-12-19 | K. Suresh Kumar | IIIMPC | IV | Linear Algebra | D.Nageswari | Inner Product Space | 30 |
| V.V.S.S.Vishnavi | Rank –Nullity Theorem | |||||||
| G. Anusha | Cayley- Hamilton Theorem | |||||||
| SK. Fathimabi khan | Basis Extension Theorem | |||||||
| Y. Kalyani | Inverse Matrix Theorem | |||||||
| A.UmaBarathi | Vector Space | |||||||
| N. Sravani | Parseval’sIndentity | |||||||
| N. Suba Rao | Bessel’s Inequality | |||||||
| M. Pavani | Schwartz inequality | |||||||
| D.sireesha | Orthogonality | |||||||
| B.Mohan Krishna reddy | Inner Product Space | |||||||
| B.Nagababu | Cayley- Hamilton Theorem | |||||||
| B.V.N. Padmavathi | Basis Extension Theorem | |||||||
| CH. Venkateswarlu | Vector Space | |||||||
| CH. Naga Dugra Reddy | Basis& Dimensions | |||||||
| D.Reehma | Linear Transformation | |||||||
| D.SriTulasi | Rank –Nullity Theorem | |||||||
| G. Janshi Lakshmi | Rank of Matrix | |||||||
| K. Mohith | Inverse of Matrix | |||||||
| L. Sai Chandu | Vector Space | |||||||
| M. pavankalyan | Gram-Schmidt Orthogonalisation process | |||||||
| M. Meenakshi | Schwartz inequality | |||||||
| M. Naga Dasu | Parseval’sIndentity | |||||||
| Nazam | Basis& Dimensions | |||||||
| N.V. Thirupatamma | Rank of Matrix | |||||||
| K. Jitendhra Sai phanikumar | Rank Nullity Theorem | |||||||
| K. Pooja | Vector Space | |||||||
| B.Venkatesara Rao | Cayley- Hamilton Theorem | |||||||
| P. Siva Reddy | Inner Product Space | |||||||
| K. GopiNath | Linear Transformation | |||||||
| 5 | 19-12-19 | K.Suresh Kumar | III MCC | IV | Linear Algebra | A. Swathi | Orthogonality | 26 |
| B.Sivababu | Vector Space | |||||||
| A. Rashmipriya | Linear Transformation | |||||||
| B.Sirisha | Rank of Matrix | |||||||
| K. Lavanya | Rank –Nullity Theorem | |||||||
| B.Vivek | Cayley- Hamilton Theorem | |||||||
| K. Mansa shali | Inner Product Space | |||||||
| P. Srinvasa Rao | Gram-Schmidt Orthogonalisation process | |||||||
| P. ChanderaSekhar Reddy | Bessel’s Inequality | |||||||
| Reshmisulathana | Perseval’sIndentity | |||||||
| P.DugranagaCharan | Vector Space | |||||||
| V.Gopala Krishna | Rank of Matrix | |||||||
| K. bhavana | Rank –Nullity Theorem | |||||||
| V. Preetham Kumar | Cayley- Hamilton Theorem | |||||||
| Y. Sai Kumar | Orthogonality | |||||||
| V. ParabhathaRamya | Vector Space | |||||||
| S. Pavani | Linear Transformation | |||||||
| SK. Yusub | Inner Product Space | |||||||
| S.S.S. Manikanta Reddy | Gram-Schmidt Orthogonalisation process | |||||||
| CH. Akail | Bessel’s Inequality | |||||||
| D.Vamsi | Vector space | |||||||
| M. Pavankalayan | Rank of Matrix | |||||||
| B.Gopika | Rank –Nullity Theorem | |||||||
| P. Chandrika Raja Lakshmi | Linear Transformation | |||||||
| V. pavan | Rank -matrix | |||||||
| N. Gopichand | Orthogonality | |||||||
| 6 | 20-12-19 | k.Sureshkumar | IIIMEC | IV | Linear Algebra | B.Saranya | Vector Space | 30 |
| B.Soumya | Linear Transformation | |||||||
| B.B.S. Chaitanya Lakshmi | Rank of Matrix | |||||||
| CH.Revanthsainagaguptha | Rank –Nullity Theorem | |||||||
| D.MohitVenkata Siva reddy | Cayley- Hamilton Theorem | |||||||
| D. Balasai manikanta | Inner Product Space | |||||||
| D.Sirisha Reddy | Bessel’s Inequality | |||||||
| G.M.V. Nagandrareddy | Perseval’sIndentity | |||||||
| J.pavithra | Vector Space | |||||||
| J. Yamuna Sri | Rank of Matrix | |||||||
| K. vasari Sri Sai | Orthogonality | |||||||
| K. Revathi | Linear Transformation | |||||||
| K. Veeerandrareddy | Rank –Nullity Theorem | |||||||
| M. Manasa | Inner Product Space | |||||||
| M. Nasaruddin | Cayley- Hamilton Theorem | |||||||
| M. venkataPavani | Vector Space | |||||||
| M. Bhavana | Rank of Matrix | |||||||
| P HemaBindu | Orthogonality | |||||||
| P. Madhusudhana Reddy | Linear Transformation | |||||||
| R.NagaSravani | Vector Space | |||||||
| S. Rupa | Perseval’sIndentity | |||||||
| S. Srivalli | Rank –Nullity Theorem | |||||||
| SK.Ifran | Orthogonality | |||||||
| SK. Shahinsulthana | Inner Product Space | |||||||
| V. Bhavani | Vector space | |||||||
| V.Nagamani | Perseval’sIndentity | |||||||
| Syed Sohail | Linear Transformation | |||||||
| O. Naga Jothi | Orthogonality | |||||||
| P.Phanindhra | Rank of matrix | |||||||
| Y.Gayathri | Vector space | |||||||
| 7 | 11-12-19 | M. Saroja | II MPC | III | Abstract Algebra | A.Yamini Lakshmi | Groups | |
| A. Monika | Cancellation Laws | |||||||
| D.EsthereMadhuri | Homomorphism of Groups | |||||||
| K. Iswarya | Cayles’s Theorem | |||||||
| D.Yedukondla Reddy | Sub Groups | |||||||
| M. Divya | Libnitz’s Test | |||||||
| P.Raghavendra Varma | Homomorphism of Rings | |||||||
| K. Shena Sri | Sub Rings | |||||||
| B. Sravani | Permutation Groups | |||||||
| A. Rama Krishna Reddy | Homomorphism of Groups | |||||||
| D. Ayyappa Reddy | Fundamental Theorem | |||||||
| B.J.N. Sai | Sequences | |||||||
| D. Nagaewari | Sequences | |||||||
| K. Mounika | Homomorphism of Rings | |||||||
| P.Narasimhareddy | Cayles’s Theorem | |||||||
| D.Brahmareddy | D- Alemberts Ratio Test | |||||||
| L. Siva Jyothi | D -Alemberts Ratio Test | |||||||
| Y.Yaswanth Kumar reddy | Homomorphism of Groups | |||||||
| Sk.Gousiya | Sub Rings | |||||||
| Sk.Asif Ali | Limit Comparision Test | |||||||
| 8 | 12-12-19 | M. Saroja | IIMCC | III | Abstract Algebra | D.Udayasri | Ideals | |
| G. Divyatejaswni | Field | |||||||
| N. Syamvenkatasai | Homomorphism of Rings | |||||||
| U.Dinesh | Cayles’s Theorem | |||||||
| SK. Silar | Homomorphism of Groups | |||||||
| B. Gopi Kumar | Cayles’s Theorem | |||||||
| K. Mahesh Kumar | Rings | |||||||
| P. Venkatareddy | Homomorphism of Groups | |||||||
| G. Venkatasaikumar | Homomorphism of Rings | |||||||
| P. Gowtham Kumar reddy | Sequences | |||||||
| T. Madhu Naga Gopi | Sequences | |||||||
| N.nagendra Yadav | Limit Comparision Test | |||||||
| P.Manasa | Groups | |||||||
| CH.J.BharadhwajGuptha | Groups | |||||||
| M. Monika Venkatalakashmi | D -Alemberts Ratio Test | |||||||
| 9 | 13-12-19 | M. Saroja | IIMEC | III | Abstract Algebra | B. Bijili | Homomorphism of Groups | |
| G. Hema Naga Priyanka | Cayles’s Theorem | |||||||
| M. MadhaviNavya | Permutation Group | |||||||
| Y. Supriya | Groups | |||||||
| T. Harika | Groups | |||||||
| T.Uma Devi | Homomorphism of Rings | |||||||
| P. Lavanya | Sequences | |||||||
| P. Nandini | Homomorphism of Rings | |||||||
| N. Bala Chandrika | Sub Rings | |||||||
| Y. Anusha | Sub Rings | |||||||
| P.V.Seshu Kumar | Bolzano-weier stress Theorem | |||||||
| SK. Rakhiya | Series | |||||||
| U.Sushma | Limit Comparision Test | |||||||
| CH. Kiranmine | Libnitz’s Test | |||||||
| G. Navya | Sequences | |||||||
| K. Sumanth Krishna | Limit Comparision Test | |||||||
| K. Vyshnavi | D -Alemberts Ratio Test | |||||||
| N. Bala Chandrika | D -Alemberts Ratio Test | |||||||
| 10 | 12-02-20 | K.suresh Kumar | IIIMPC | IV | Real Analysis | A. Uma Bharathi | RK. Method | |
| B. nagababu | Laplace-Everat’s Formula | |||||||
| B.V.N.Padmavathi | Charpit’s Method | |||||||
| CH.venkateswarlu | Angle B/W two Surfaces | |||||||
| CH. Naga Dugra Reddy | Newton Raphson Method | |||||||
| D. Reshma | Second Degree Parabola | |||||||
| D. VenkataVaishnavi | Exponential Funcattions | |||||||
| D.Nageswari | Netwon’s Forward I.F | |||||||
| D. Sri Tulasi | Linear System of Eq ‘N. | |||||||
| D. Sireesha | Gauss-Jacobi Method | |||||||
| G.Janshi Lakshmi | Lagerange’s I.F | |||||||
| K.Mohith | Strilling Difference Formula | |||||||
| K.Swathi | Homomorphism of Rings | |||||||
| Nazam | Stokes Theorem | |||||||
| N.V. Thiripathamma | Green’s Theorem | |||||||
| P. Mohinipriya | Simpsons 3/8 Rule | |||||||
| P.Siva Reddy | Rings&Ideals | |||||||
| Y. Kalyani | Volume Integral | |||||||
| G. Anuhya | Bessel’s Farmula | |||||||
| 11 | 13-02-20 | M. Saroja | IIIMCC | IV | Real Analysis | A. Swathi | Stokes Theorem | |
| B.Gopika | Simpsons 3/8 Rule | |||||||
| B. Siva babu | Green’s Theorem | |||||||
| B. RoshiniPriya | Volume Integral | |||||||
| B. Sirisha | Gauss Divergence Theorem | |||||||
| D. Vamsi | Gauss Backward I.F | |||||||
| K. Lavanya | Lagerange’s I.F | |||||||
| K. ManasaShali | Curve Fitting | |||||||
| M. PavanKalayan | Numerical Differentiation | |||||||
| P. Srinivasa Rao | Sterling’s Formula | |||||||
| ReshmiSulthana | Newton Backward Differentiation | |||||||
| Sk. Yusub | Second Degree parabola | |||||||
| S. Pavani | Newton Forward I.F | |||||||
| Y. Sai kumar | Newton-Gregary I.F for E.I | |||||||
| V. Preethamkumar | Newton-Raphson | |||||||
| V. Pavani | Green Theorem | |||||||
| B.Bhavana | Stokes Theorem | |||||||
| N. Gopi Chand | Newton Farward I.F | |||||||
| V.Gopal Krishna | Max&Mim | |||||||
| 12 | 14-02-20 | M. Saroja | IIIMEC | IV | Real Analysis | Y. Gayathari | Newton-Gregary I.F for E.I | |
| Y. BushanBabu | Newton Backward I.F | |||||||
| V. Sitakalyani | Gauss Divergence Theorem | |||||||
| T.Vijaya Lakshmi | Green’s Theorem | |||||||
| Sk. Umar | Trapezoidal Rule | |||||||
| Sk. ShahinSulthana | Bessel’s Farmula | |||||||
| S.Rupha | Abelian Group | |||||||
| S.Srivalli | Gauss Backward I.F | |||||||
| M. venkataPavani | Fractorization | |||||||
| M. Ruksana | Trapezoidal Rule | |||||||
| J. Pavithra | Lu-DecompostionMethod | |||||||
| D. Sirisha Reddy | Newton Farward I.F | |||||||
| B. Saranya | Bessel’s Difference Formula |