Linear Differential Equation 3

• Lecture1.1
  Linear Differential Equation with Constant Coefficient 11 min
• Lecture1.2
  Particular Integral in Differential Equation 14 min
• Lecture1.3
  Method of Variation of Parameters in Differential Equation 15 min

Numerical Method 4

• Lecture2.1
  Taylor’s Series Method 11 min
• Lecture2.2
  Euler’s Method 09 min
• Lecture2.3
  Euler’s Modified Method 10 min
• Lecture2.4
  Runge Kutta Method 10 min

Vector Differentiation ( EXTC, Electrical , Electronics ) 3

• Lecture3.1
  Vector differentiation basics and gradient 15 min
• Lecture3.2
  Divergence and curl 10 min
• Lecture3.3
  Scalar Potential 14 min

Vector Integration (EXTC, Electrical , Electronics ) 3

• Lecture4.1
  Green theorem 15 min
• Lecture4.2
  Gauss divergence theorem 07 min
• Lecture4.3
  stoke’s theorem 17 min

Description 1

This series is completely for beginners if you don't know the basics its completely fine then also you can easy learn from this series and understand the complex concept of maths 3 in a easy way

Branches Covered ( Comps , Mechanical , Civil , EXTC , Electrical , Electronics , IT )
Handmade Notes : Notes are Brilliant , Easy Language , East to understand ( Student Feedback )
Exam ke Pehle Notes ek baar Dekhlo revision aise hi jata hai

• Lecture5.1
  How to Attempt MCQ’s Copy 09 min

Laplace Transform (All Department ) 10

• Lecture6.1
  Introduction to Laplace transform 29 min
• Lecture6.2
  Formula Method in Laplace transform 18 min
• Lecture6.3
  Linearity Property in Laplace transform 19 min
• Lecture6.4
  Laplace-transform-part-4 27 min
• Lecture6.5
  First shift theorem in Laplace transform 19 min
• Lecture6.6
  Second shift theorem in Laplace transform 09 min
• Lecture6.7
  Multiplication by t^n in Laplace transform 25 min
• Lecture6.8
  Division by t in Laplace transform 24 min
• Lecture6.9
  Laplace transform of Derivative 20 min
• Lecture6.10
  Laplace transform of Integration 18 min

Basic important concept and Formula ( Must watch before Fourier series ) 3

• Lecture7.1
  Trigonometry Basic Formula part 1 06 min
• Lecture7.2
  Trigonometry Basic Formula part 2 09 min
• Lecture7.3
  Integration By Parts 12 min

Complex Variable (All Department ) 15

• Lecture8.1
  Complex Variable full Concept 33 min
• Lecture8.2
  Basics of Complex Variable and Cauchy Riemann equations in Cartesian 14 min
• Lecture8.3
  Cauchy Riemann Equations in Polar Form 05 min
• Lecture8.4
  Milnethomson Method 1 12 min
• Lecture8.5
  Milnethomson Method 2 10 min
• Lecture8.6
  Harmonic Functions 10 min
• Lecture8.7
  Orthogonal Curves and Orthogonal Trajectories 10 min
• Lecture8.8
  Conformal Mapping introduction 05 min
• Lecture8.9
  Transformation Mapping in Conformal 08 min
• Lecture8.10
  Inversion and Reflection 18 min
• Lecture8.11
  Cross ratio 10 min
• Lecture8.12
  Fixed Point part 1 07 min
• Lecture8.13
  Fixed Point part 2 07 min
• Lecture8.14
  Mapping Solved Example 19 min
• Lecture8.15
  Rotation and Magnification 15 min

Maths 3 Answer Key 2

• Lecture9.1
  Cauchy’s residue theorem 20 min
• Lecture9.2
  Answer Key / Solution Key

Maths 3 MCQ's 13

• Lecture10.1
  Laplace Transform (All Branches )
• Lecture10.2
  Complex Variable and Conformal Mapping (All Branches )
• Lecture10.3
  Fourier Series (Comps.Mech/Civil,EXTC/Electrical/Electronic)
• Lecture10.4
  Correlation and Regressions (Comps , Mech/Civil/Automobile/Production)
• Lecture10.5
  Curve Fitting (Comps , Mech/Civil/Automobile/Production)
• Lecture10.6
  Complex Integration (Mech/Civil/Automobile/Production)
• Lecture10.7
  Laurent Series (Mech/Civil/Automobile/Production)
• Lecture10.8
  Fourier Transform (EXTC/Electrical/Electronic)
• Lecture10.9
  Vector Differentiation (EXTC/Electrical/Electronic)
• Lecture10.10
  Vector Integration (EXTC/Electrical/Electronic)
• Lecture10.11
  Set Theory ( IT )
• Lecture10.12
  Functions ( IT )
• Lecture10.13
  Permutation and Combination ( IT )