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Description 1
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How to Attempt MCQ’s 09 minLecture1.1
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Basic important concept and Formula ( Must watch before Fourier series ) 3
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Trigonometry Basic Formula part 1 06 minLecture2.1
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Trigonometry Basic Formula part 2 09 minLecture2.2
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Integration By Parts 12 minLecture2.3
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Vector Differentiation 3
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Vector differentiation basics and gradient 15 minLecture3.1
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Divergence and curl 10 minLecture3.2
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Scalar Potential 14 minLecture3.3
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Vector Integration 3
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Green theorem 15 minLecture4.1
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Gauss divergence theorem 07 minLecture4.2
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stoke’s theorem 17 minLecture4.3
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Laplace Transform (All Department ) 10
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Introduction to Laplace transform 29 minLecture5.1
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Formula Method in Laplace transform 18 minLecture5.2
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Linearity Property in Laplace transform 19 minLecture5.3
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Laplace-transform-part-4 27 minLecture5.4
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First shift theorem in Laplace transform 19 minLecture5.5
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Second shift theorem in Laplace transform 09 minLecture5.6
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Multiplication by t^n in Laplace transform 25 minLecture5.7
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Division by t in Laplace transform 24 minLecture5.8
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Laplace transform of Derivative 20 minLecture5.9
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Laplace transform of Integration 18 minLecture5.10
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Inverse Laplace Transform ( All Department ) 13
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Introduction to Inverse Laplace Transform 15 minLecture6.1
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Inverse Laplace Transform part 2 15 minLecture6.2
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Inverse Laplace Transform part 3 17 minLecture6.3
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Partial fractions 12 minLecture6.4
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Convolution theorem 24 minLecture6.5
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Use of Differentiation in inverse Laplace 10 minLecture6.6
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Integration ( Divisible by s ) 09 minLecture6.7
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Heaviside Laplace 22 minLecture6.8
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Inverse Heaviside Laplace 09 minLecture6.9
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Dirac Delta 11 minLecture6.10
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Application of Laplace Transform 20 minLecture6.11
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Periodic function 13 minLecture6.12
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Convolution theorem 24 minLecture6.13
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Bessel's function 2
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Bessel’s function 10 minLecture7.1
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Bessel’s function numerical 10 minLecture7.2
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Notes 3
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Laplace Transform NotesLecture8.1
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Inverse Laplace Transform NotesLecture8.2
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Vector Differentiation and Integration and Bessel’s FunctionLecture8.3
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Maths 3 Answer Key 2
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Cauchy’s residue theorem 20 minLecture9.1
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Answer Key / Solution KeyLecture9.2
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Maths 3 MCQ's 13
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Laplace Transform (All Branches )Lecture10.1
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Complex Variable and Conformal Mapping (All Branches )Lecture10.2
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Fourier Series (Comps.Mech/Civil,EXTC/Electrical/Electronic)Lecture10.3
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Correlation and Regressions (Comps , Mech/Civil/Automobile/Production)Lecture10.4
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Curve Fitting (Comps , Mech/Civil/Automobile/Production)Lecture10.5
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Complex Integration (Mech/Civil/Automobile/Production)Lecture10.6
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Laurent Series (Mech/Civil/Automobile/Production)Lecture10.7
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Fourier Transform (EXTC/Electrical/Electronic)Lecture10.8
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Vector Differentiation (EXTC/Electrical/Electronic)Lecture10.9
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Vector Integration (EXTC/Electrical/Electronic)Lecture10.10
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Set Theory ( IT )Lecture10.11
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Functions ( IT )Lecture10.12
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Permutation and Combination ( IT )Lecture10.13
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First order ordinary differential equations 8
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Introduction to Differential Equation 10 minLecture11.1
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Equation Reducible to Exact Differential Equation 15 minLecture11.2
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Equation Reducible to Exact Differential Equation Example 1 08 minLecture11.3
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Equation Reducible to Exact Differential Equation Example 2 14 minLecture11.4
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Equation Reducible to Exact Differential Equation Example 3 11 minLecture11.5
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Linear Differential Equation 10 minLecture11.6
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Reducible to Linear Form in Differential EquationLecture11.7
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Bernoulli’s EquationLecture11.8
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Ordinary differential equations of higher orders 3
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Linear Differential Equation with Constant Coefficient 11 minLecture12.1
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Particular Integral in Differential Equation 14 minLecture12.2
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Method of Variation of Parameters in Differential Equation 15 minLecture12.3
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