Learn · Engineering Mathematics II
Lecture 3 of 74WEEK 1
Lecture 03: Divergence and Curl of a Vector Field
Prof. Jitendra Kumar · IIT Kharagpur
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All the lectures
- Lecture 01 : Vector Functions
- Lecture 02: Vector and Scalar Fields
- Lecture 03: Divergence and Curl of a Vector Field
- Lecture 04: Line Integrals
- Lecture 05: Conservative Vector Field
- Lecture 06: Green's Theorem
- Lecture 07: Surface Integral - I
- Lecture 08: Surface Integral - II
- Lecture 09: Stokes' Theorem
- Lecture 10: Divergence Theorem
- Lecture 11: Complex Numbers and Functions
- Lecture 12: Differentiability of Complex Functions
- Lecture 13: Analytic Functions
- Lecture 14: Line Integral
- Lecture 15: Cauchy Integral Theorem
- Lecture 16 : Cauchy Integral Formula
- Lecture 17 : Taylor's Series
- Lecture 18 : Laurent's Series
- Lecture 19 : Singularities
- Lecture 20 : Residue
- Lecture 21 : Iterative Methods for Solving System of Linear Equations
- Lecture 22 : Iterative Methods for Solving System of Linear Equations (Cont.)
- Lecture 23 : Iterative Methods for Solving System of Linear Equations (Cont.)
- Lecture 24 : Roots of Algebraic and Transcendental Equations
- Lecture 25 : Roots of Algebraic and Transcendental Equations (Cont.)
- Lecture 26: Polynomial Interpolation
- Lecture 27: Polynomial Interpolation (Cont.)
- Lecture 28: Polynomial Interpolation (Cont.)
- Lecture 29: "Polynomial Interpolation (Cont.)"
- Lecture 30: Numerical Integration
- Lecture 31: "Trigonometric Polynomials and Series"
- Lecture 32: Derivation of Fourier Series
- Lecture 33: Fourier Series -Evaluation
- Lecture 34: Convergence of Fourier Series -I
- Lecture 35: "Convergence of Fourier Series - II"
- Lecture 36: "Fourier Series for Even and Odd Functions"
- Lecture 37: Half Range Fourier Expansions
- Lecture 38: "Differentiation and Integration of Fourier Series"
- Lecture 39: Bessel's Inequality and Parseval's Identity
- Lecture 40: Complex Form of Fourier Series
- Lecture 41: "Fourier Integral Representation of a Function"
- Lecture 42: "Fourier Sine and Cosine Integrals"
- Lecture 43: " Fourier Cosine and Sine Transform"
- Lecture 44: Fourier Transform
- Lecture 45: Properties of Fourier Transform
- Lecture 46: "Evaluation of Fourier Transform (Part - 1)"
- Lecture 47: "Evaluation of Fourier Transform (Part - 2)"
- Lecture 48: " Introduction to Partial Differential Equations"
- Lecture 49 : Applications of Fourier Transform to PDEs (Part -1)
- Lecture 50 : Applications of Fourier Transform to PDEs (Part -2)
- Lecture 51 : Laplace Transform of Some Elementary Functions
- Lecture 52 : Existence of Laplace Transform
- Lecture 53 : Inverse Laplace Transform
- Lecture 54 : Properties of Laplace Transform
- Lecture 55 : Properties of Laplace Transform (Cont.)
- Lecture 56 : Properties of Laplace Transform (Cont.)
- Lecture 57 : Laplace Transform of Special Functions
- Lecture 58 : Laplace Transform of Special Functions (Cont.)
- Lecture 59 : Applications of Laplace Transform
- Lecture 60 : Applications of Laplace Transform (Cont.)
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