  Buy Books Online > Technology: general issues > Kreyszig's Advanced Engineering Mathematics - Volume I (English) # Kreyszig's Advanced Engineering Mathematics - Volume I (English)

Product Details: Share this by email: ISBN: 9788126543120    Publisher: Wiley Year of publishing: 2013     Format:  Paperback No of Pages: 468        Language: English
First year Engineering Students of GBTU. Preface Chapter 1: Differential Calculus I Learning Objectives Introduction Successive Differentiation: nth Derivative of Standard Functions Leibnitz's Theorem...Read more
First year Engineering Students of GBTU. Preface Chapter 1: Differential Calculus I Learning Objectives Introduction Successive Differentiation: nth Derivative of Standard Functions Leibnitz's Theorem Partial Derivatives Homogeneous Function Total Derivatives Variables Treated as Constant Asymptotes Tracing the Curve in Cartesian Form Tracing of Curves in Parametric Form Tracing the Curves in Polar Form  Important Points and Formulas  True and False Questions  Exercises  Answers Chapter 2: Differential Calculus II Learning Objectives Introduction Taylor's and Maclaurin's Theorems and Expansion of Functions Expansion of Functions Jacobians Functionally Dependent Functions Errors and Approximations Maxima and Minima of Function of Two Variables Constrained Maxima and Minima (Lagrange's Method of Undetermined Multipliers)  Important Points and Formulas  True and False Questions  Match the Following  Exercises  Answers Chapter 3: Linear Algebra Learning Objectives Introduction Basic Concepts: Matrices Determinants Real Matrices: Symmetric, Skew-Symmetric and Orthogonal Complex Matrices Adjoint and Inverse of a Matrix Inverse of a Matrix by Elementary Transformations (or Gauss-Jordan Method) Rank of a Matrix System of Linear Equations Vectors: Linear Dependence and Independence System of Linear Equations: Triangular Systems Characteristic Equation Eigenvalues and Eigenvectors Cayley-Hamilton Theorem Diagonalization and Powers of a Matrix Applications of Matrices to Engineering Problems Vector Spaces: Subspaces, Rank and Nullity Linear Transformations Kernel of a Linear Transformation  Important Points and Formulas  Multiple-Choice Questions  True and False Questions  Exercises  Answers Chapter 4: Multiple Integrals Learning Objectives Introduction Double Integrals Triple Integrals Change of Order of Integration in a Double Integral Change of Variables Rectification of Standard Curves Area as a Double Integral (Area Enclosed by Plane Curves) Volume as a Triple Integral Volume of Solids Area of a Curved Surface Beta and Gamma Functions Dirichlet's Integrals and Applications  Important Points and Formulas  Multiple-Choice Questions  Match the Following  Exercises  Answers Chapter 5: Vector Calculus Learning Objectives Introduction Vector Algebra Differentiation of a Vector Gradient of a Scalar Point Function Directional Derivative Angle of Intersection of Two Surfaces Divergence and Curl Solenoidal and Irrotational Vectors Vector Integration Surface and Volume Integrals Green's Theorem in the Plane Gauss Divergence Theorem Stokes' Theorem  Important Points and Formulas  Fill in the Blanks  Exercises  Answers Appendix

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