Linear Algebra and Calculus

label_important1.1 Matrix Introduction

label_important1.2 Rank of a matrix (Echelon form)

label_important 1.3 Rank of a matrix (Normal form or Canonical form)

label_important 1.4 Inverse of a matrix by Gauss – Jordan method

label_important 1.5 Consistency of Non-Homogenous Linear Equations

label_important 1.6 Consistency of Homogenous Linear Equations

label_important 1.7 Gauss – Elimination method

label_important 1.8 Gauss - Seidal Method

label_important 2.1 Characteristic Equation

label_important2.2 Eigen values and Eigen vectors

label_important 2.3 Properties of Eigen values and Eigen vectors

label_important2.4 Cayley Hamilton Theorem

label_important2.5 Diagonalisation of matrix (Similarity Transformation)

label_important2.6 Diagonalisation of matrix (Orthogonal Transformation)

label_important2.7 Quadratic forms and Nature of quadratic forms

label_important 3.1 Rolle’s Mean value Theorem

label_important3.2 Lagrange’s Mean Value Theorem

label_important 3.3 Cauchy’s and Generalized mean value Theorem

label_important 3.4 Taylor & Maclaurin Series

label_important 4.1 Function of two or more variables (Limit & Continuity)

label_important4.2 Partial Differentiation

label_important 4.3 Total Derivatives (Chain Rule)

label_important 4.4 Taylor's and Maclaurin's series

label_important 4.5 Jacobian's

label_important 4.6 Maxima & Minima

label_important 4.7 Lagrange's Method

label_important 5.1 Double Integral

label_important5.2 Change of Order of Integration

label_important 5.3 Change of Variables (Double Integral)

label_important 5.4 Triple Integral

label_important 5.5 Change of Variables (Triple Integral)

label_important 5.6 Application of Double Integral (Area)

label_important 5.7 Application of Triple Integral (Volume)

5.7 Application of Triple Integral (Volume)