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Departments - MATHEMATICS - Best Practices

DEPARTMENT OF MATHEMATICS

BEST PRACTICES

INTRODUCTION:

Here are some best practices in mathematics:

Conceptual Understanding: Focus on building a deep understanding of concepts rather than memorizing formulas or procedures.

Active Problem Solving: Encourage students to actively engage with problems, think critically, and explore different solution strategies.

Clear Communication: Emphasize the importance of explaining solutions clearly, both verbally and in writing, to solidify understanding.

Use of Real-World Applications: Integrate real-life scenarios to make mathematical concepts more relevant and interesting.

Regular Practice and Review: Reinforce learning through regular practice, with opportunities for review and reflection on previous concepts.

Collaborative Learning: Foster group work and discussions to allow students to learn from each other and deepen their understanding.

Incorporate Technology: Utilize tools like calculators, graphing software, and online resources to aid visualization and exploration.

Assessment for Learning: Use formative assessments to monitor progress and provide timely feedback, guiding students to improve their skills.

           

     

               STUDENT STUDY PROJECT                                

 

S.NO

NAME OF THE STUDENT

HT.NUMBER

NAME OF THE PROJECT

ACADEMIC YEAR

1

SONY

21033392441012

PYRAMID GEOMETRY

2023-24

2

A.MOUNIKA

21033392468001

PYRAMID GEOMETRY

2023-24

3

HASEENS BEGUM

21033392468005

PYRAMID GEOMETRY

2023-24

4

M.VIJAYALAXMI

21033392468012

PYRAMID GEOMETRY

2023-24

5

P.ASHRITHA

21033392468014

PYRAMID GEOMETRY

      2023-24

6

A.POOJA

21033392441001

GAMES

      2023-24

7

M.HARITHA

21033392441008

GAMES

      2023-24

8

V.AMRUTHA

21033392441015

GAMES

      2023-24

9

V.NAVEENA

21033392441017

GAMES

      2023-24

10

G.SANGEETHA

21033392441008

GAMES

      2023-24

11

P.SWAPNA

21033392468018

IMPORTANCE OF GRAPHS IN ANALYSING AND REPRESENTING THE DATA

      2023-24

12

R.RENUKA

21033392468020

IMPORTANCE OF GRAPHS IN ANALYSING AND REPRESENTING THE DATA

      2023-24

13

R.MOUNIKA

21033392468021

IMPORTANCE OF GRAPHS IN ANALYSING AND REPRESENTING THE DATA

    2023-24

14

S.SARASWATHI

21033392468024

IMPORTANCE OF GRAPHS IN ANALYSING AND REPRESENTING THE DATA

    2023-24

15

V.PREETHI

21033392468026

IMPORTANCE OF GRAPHS IN ANALYSING AND REPRESENTING THE DATA

    2023-24

16

  1. ANUSHA

21033392468014

CAMERA ANGLES DIMENSIONS IN MOVIE MAKING

    2023-24

17

P.SARITHA

21033392468017

CAMERA ANGLES DIMENSIONS IN MOVIE MAKING

    2023-24

18

P.POOJA

21033392468019

CAMERA ANGLES DIMENSIONS IN MOVIE MAKING

    2023-24

19

SHIREESHA

21033392468023

CAMERA ANGLES DIMENSIONS IN MOVIE MAKING

    2023-24

20

Y.MANASA

21033392468027

CAMERA ANGLES DIMENSIONS IN MOVIE MAKING

    2023-24

21

MULLA RESHMA

21033392468011

ALGORITHMS USED IN OPERATING SYSTEMS

    2023-24

22

K.NIKHITHA

21033392468009

ALGORITHMS USED IN OPERATING SYSTEMS

    2023-24

23

B.SEETHA

21033392468003

ALGORITHMS USED IN OPERATING SYSTEMS

    2023-24

24

SANDYA

21033392468

ALGORITHMS USED IN OPERATING SYSTEMS

    2023-24

25

V.KAVITHA

21033392468025

ALGORITHMS USED IN OPERATING SYSTEMS

    2023-24

26

M.MYBUNA

22033392468019

APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS

      2024-25

27

P.ESWARI

22033392468020

APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS

      2024-25

28

R.GANGA

22033392468022

APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS

      2024-25



 

29

M.SUREKHA

22033392468018

APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS

      2024-25

30

K.ANITHA

22033392468006

APPLICATIONS OF DIFFERENTIAL EQUATIONS

      2024-25

31

SARITHA

22033392468004

APPLICATIONS OF DIFFERENTIAL EQUATIONS