Stokes Theorem Concept with Numericals [Part 1] | | Engineering Maths

Applied Mathematics 1 - Playlist /playlist/PL5fCG6TOVhr4jafvBSrmouZt0aqNjPlhd Join our WhatsApp group for Study Material https://chat.whatsapp.com/Cxshcwxy7yX6D9nPPyT4dW UNIT- 4 Unit 4 - Applied Mathematics 1 II GGSIPUII Topics Review- /watch/Uvd0l7pR7pWR0 Scalar and Vector Point Function II Gradient of a Scalar Function [Concept with Numerical - Part 1] /watch/8_8A165TldMTA Scalar and Vector Point Function II Gradient of a Scalar Function [Numericals - Part 2] /watch/kkt6A549w6H96 Derivative & Directional Derivative - Concept With Numericals /watch/8rKdbrM87XP8d Divergence and Curl Of Vector Point Function or Fields - Concept with Numericals /watch/AKlNdJ1A6OKAN Line Integral II Path Independence of Line Integral [Concept] II Numericals /watch/sMM5QT1WQiJW5 Double Integral - Concept with Numericals /watch/kFdXyGobazObX Green's Theorem - Concept with Numericals [Part 1] /watch/osvV_bqqjl-qV Green's Theorem Numericals [Part 2] /watch/Qrl6bTcYZddY6 Surface Integral Concept and Numericals [Part 1] /watch/kxkU5BbV73KVU Surface Integral Numericals [Part 2] /watch/sH0QM3FbSfKbQ Triple Integration Concept with Numerical /watch/o1UrUuL7iox7r Stokes Theorem Concept with Numericals [Part 1] /watch/cqXobPshCnKho Stokes Theorem Numerical [Part 2] /watch/MSVtmlDlBQtlt Gauss Divergence Theorem Concept and Numerical [Part1] /watch/Ya48sgz_Jbt_8 Gauss Divergence Theorem Numerical [Part 2] /watch/sv7uKO65YhG5u Unit 1 GGSIPU New Syllabus II Maths 1 II Unit 1 - Topics Review /watch/80JQ2m4ri9WrQ Partial Derivative of 1st and 2nd order - Concept /watch/o1DRfF9oQtMoR Partial Derivative of 1st and 2nd order II Numericals /watch/0ZRefcSfuvQfe Partial Derivative of 1st and 2nd Order || Numericals Part2 /watch/YPKzYL9V2ehVz Chain Rule II Total Derivative /watch/0Boi2IDKhi6Ki Differentiation of Implicit Function /watch/QpymPywWojmWm Partial Derivative - Change of Independent Variables /watch/QSc4Xaicyh3c4 Exact Differential Equation - Concept & Numericals /watch/ULKKDnTZOhrZK Exact differential Equation – Numericals /watch/E8Pre_cI-SXIr Maxima and Minima of a Function of Two Variables II Saddle Point /watch/0weA9WBj8DdjA Lagrange's method of Undetermined Multipliers /watch/YguJgiHImFSIJ Differentiation under Integral Sign II Leibnitz's Rule II Numericals /watch/UpfWosUckZ4cW Jacobians II Chain Rule JJ' = 1 II Jacobian of Implicit Function /watch/UiSe0HxvQaCve Jacobians II Jacobians to determine Functional Dependence II Numericals /watch/AUhwbcFSbwkSw UNIT- 3 Applied Mathematics II Matrices II GGSIPU Delhi II Topics Review /watch/QPWLnud9OlX9L Matrices - Types and Applications || Symmetric, Skew-Symmetric, Orthogonal Matrix, Triangular Matrice /watch/QNzKdct-SqF-K Gauss Elimination – Matrices /watch/sY8QtWsU7PlUQ Linearly Independent and Dependent Vector /watch/kmH2QzXxXTvx2 Rank of Matrix /watch/QNWUEU5c3KEcU Solution of Linear Systems : Concept of Existence and Uniqueness /watch/Q_K9DhgbDLPb9 CRAMER'S Rule /watch/kiFCdv5AjGkAC Gauss Jordan Method - Inverse of Matrix /watch/cKIi8V3B9UZBi Matrix Eigen Value Problem - Concept II Characteristic Equation , Eigen Values and Eigen Vectors /watch/QY9QC40OhpiOQ Eigen values and Eigen Vectors /watch/gI2PlOhaeVjaP Diagonalizing a Square Matrix - Concept /watch/0ARTJw39a0b9T Diagonalizing a Square Matrix - Numerical (Type 1) /watch/82WNKEpYYlMYN Diagonalizing a Square Matrix - Numerical (Type 2) /watch/ELAonLCOREIOo Reduction of Quadratic Form to Canonical Form [Concept] /watch/I3AdDaAx5H3xd Reduction of Quadratic Form to Canonical Form Numerical /watch/An1ulE3bzKHbu Caley Hamilton Theorem /watch/0b4MIUj9eCP9M Solving Eq. with 3 Variables using SCIENTIFIC CALCULATOR /watch/8bJf_wTvfA5vf Unit 2 Ordinary Differential Equation - Concept II /watch/sojiAmUTfvnTi Geometric Meaning of y' = f(x,y) II Direction Fields II ODE /watch/EB9YfwRh_8nhY Euler's Method - Numerical Solution of ODE /watch/8OEYvzuVxswVY Eulers method (Numerical Practice) II Numerical Solution of Differential Equation /watch/U0GR5Dm9ZZi9R Solving ODE of Order 1 - Review of all Methods /watch/sNvNef02GBf2N Solving ODE - Variable Separable Form /watch/0i3CiLS91kp9C Exact Differential Equation- Concept & Numericals /watch/ULKKDnTZOhrZK Exact differential Equation – Numericals /watch/E8Pre_cI-SXIr Homogeneous Differential Equation Reducible to Exact Form II Integrating factor /watch/88kNH86odeAoN Non-Homogeneous D.E. Reducible to Exact Form II Integrating factor /watch/YvuVH7UYPA5YV

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