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Department of Applied Sciences was started in the year 2001. As a fundamental department supporting all branches in I year of engineering

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Applied Sciences Department has many dedicated team of Professors, Associate Professors and Assistant Professors, many of these are actively involved in research activities also, and thus appreciable number of research publications in leading national and international journals have been produced to the credit of department.
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3RD SEMESTER APPLIED MATHEMATICS – III (19AUT31/19CIV31/19MEE31)

Module-1: Numerical Methods-1

Regula Falsi Method

Newton Raphson Method

Interpolation with Equal Intervals

Newtons Divided Differences Interpolation

Numerical Methods - Interpolation with Equal Intervals

Interpolation with Equal Intervals

Numerical Methods- Newton Raphson Method

Lagranges Interpolation

Numerical Methods - Regula Falsi Method

Numerical Methods - Lagranges Interpolation

Numerical Methods-1 - Regula Falsi Method

Numerical Methods-1 - Newton Raphson Method

Numerical Methods-1- Interpolation with Equal Intervals

Newtons Divided Differences Interpolation

Numerical Methods-1 - Lagranges Interpolation

Module-2: Numerical Methods-2

Numerical integ Appl of num integ to velocity of a particle and volume of solids

Numerical solution wave, heat and two dimensional Laplace’s equation

APPLIED MATH - III Course Code: 19CSE31/19ISE31 (Common to Computer Science and Information Science)

APPLIED MATH - III Course Code: 19CSE31/19ISE31 (Common to Computer Science and Information Science)

APPLIED MATH - III Course Code: 19CSE31/19ISE31 (Common to Computer Science and Information Science)

APPLIED MATH - III Course Code: 19CSE31/19ISE31 (Common to Computer Science and Information Science)

APPLIED MATH - III Course Code: 19CSE31/19ISE31 (Common to Computer Science and Information Science)

APPLIED MATH - III Course Code: 19CSE31/19ISE31 (Common to Computer Science and Information Science)

APPLIED MATH - III Course Code: 19CSE31/19ISE31 (Common to Computer Science and Information Science)

Module-3: Statistical Methods and Calculus of Variation

calculus of variation (Part 1)

functional (Part 2)

Extremal problems (Part 3)

problems extremal (Part 4)

minimal surface (part 5)

hanging cable bridge problem (Part 6)

Curve Fitting 1

Statistical Methods and Calculus of Variation - calculus of variation part-1

Statistical Methods and Calculus of Variation - calculus of variation part-2

Statistical Methods and Calculus of Variation - extremal problems (Part 3)

Module-3: Statistical Methods and Calculus of Variation - problems extremal (Part 4)

Statistical Methods and Calculus of Variation - calculus of variation part-5

Statistical Methods and Calculus of Variation - extremal problems (Part 6)

Module-3: Statistical Methods and Calculus of Variation - Curve Fitting 1

Statistical Methods and Calculus of Variation - calculus of variation

Statistical Methods and Calculus of Variation - functional

Statistical Methods and Calculus of Variation - extremal problems

Statistical Methods and Calculus of Variation - problems extremal

Statistical Methods and Calculus of Variation - minimal surface

Statistical Methods and Calculus of Variation - hanging cable bridge problem

Statistical Methods and Calculus of Variation - Curve Fitting 1

Module-4: Fourier series

Fourier Series in pi,pi

Fourier series

Fourier series

FT of xsinx (Fourier series)

FT of xsinx (Fourier series)

Fourier series of discontinuous fun

More pbms based on Fourier

Fourier expansion in 0,2l

More pbms

Even and odd functions

Fourier series

Half range series

Fourier series

Pbms on Half range (Fourier series)

Fourier series

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - IIICourse Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

APPLIED MATH - III Course Code: 19ECE31/19EEE31 (common to Electronics, Electrical Engineering)

Module-5: Fourier Transforms & Numerical Differentiation

FOURIER TRANSFORM (Part 1)

FOURIER AND INVERSE FOURIER COSINE AND SINE TRANSFORM

Fourier Transforms & Z–Transform - PART 1 - FOURIER TRANSFORM

Fourier Transforms & Z–Transform - FOURIER AND INVERSE FOURIER COSINE AND SINE

Fourier Transforms & Numerical Differentiation - Numerical Differentiation 1

PART 4 Z TRANSFORMS OF STANDARD FUNCTIONS & INITIAL AND FINAL VALUE THEOREMS

PART 5 INVERSE Z TRANSFORM BY PARTIALFRACTION METHOD & SOLVING OF DIFFERENCE EQUATION BY Z

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