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[EM2] Module 01: Differential Equations of the First Order and First Degree 8
- Lecture2.1
  
  Introduction to Differential Equation 10 min
- Lecture2.2
  
  Equation Reducible to Exact Differential Equation 15 min
- Lecture2.3
  
  Equation Reducible to Exact Differential Equation Example 1 08 min
- Lecture2.4
  
  Equation Reducible to Exact Differential Equation Example 2 14 min
- Lecture2.5
  
  Equation Reducible to Exact Differential Equation Example 3 11 min
- Lecture2.6
  
  Linear Differential Equation 10 min
- Lecture2.7
  
  Reducible to Linear Form in Differential Equation 15 min
- Lecture2.8
  
  Bernoulli’s Equation 15 min
[EM2] Module 02: Linear Differential Equation with Constant Coefficient and Variable Coefficients of Higher Order 3
- Lecture3.1
  
  Linear Differential Equation with Constant Coefficient 11 min
- Lecture3.2
  
  Particular Integral in Differential Equation 14 min
- Lecture3.3
  
  Method of Variation of Parameters in Differential Equation 15 min
[EM2] Module 03: Numerical Solution Of Ordinary Differential Equation 4
- Lecture4.1
  
  Taylor Series Method 11 min
- Lecture4.2
  
  Euler Method 09 min
- Lecture4.3
  
  Euler’s Modified Method 10 min
- Lecture4.4
  
  Runge Kutta Method 10 min
[EM2] Module 04: Beta Gamma Functions 8
- Lecture5.1
  
  Beta Function and its Properties Type 1 09 min
- Lecture5.2
  
  Beta Function Type 2 & 3 07 min
- Lecture5.3
  
  Beta Function Type 5 & 6 07 min
- Lecture5.4
  
  Miscellaneous Beta in Beta Function 07 min
- Lecture5.5
  
  Gamma Function Basics & Properties 08 min
- Lecture5.6
  
  Gamma Function Type 2 09 min
- Lecture5.7
  
  Gamma Function Type 3 08 min
- Lecture5.8
  
  Gamma Function Type 4 & Miscellaneous 07 min
[EM2] Module 05: Differentiation Under Integral Sign,Numerical Integration and Rectification 3
- Lecture6.1
  
  Trapezoidal Rule 06 min
- Lecture6.2
  
  Simpson’s 1/3 Rule 09 min
- Lecture6.3
  
  Simpson’s 3/8 Rule 07 min
[EM2] Module 06: Double Integration 3
- Lecture7.1
  
  Double Integration Part 1 17 min
- Lecture7.2
  
  Double Integration Part 2 14 min
- Lecture7.3
  
  Double Integration Part 3 16 min
[EM2] How to pass Maths 2 1
- Lecture8.1
  
  How to Pass Maths 2 05 min
[EM2] Notes 6
- Lecture9.1
  
  Differential Equation
- Lecture9.2
  
  Linear Differential equation
- Lecture9.3
  
  Numerical Solution
- Lecture9.4
  
  Differential Under Integral Sign
- Lecture9.5
  
  Double Integration
- Lecture9.6
  
  Triple integration
[EMC] Module 1 - Alloys 8
- Lecture10.1
  
  Alloy Introduction 12 min
- Lecture10.2
  
  Different Types Of Alloys 10 min
- Lecture10.3
  
  Alloys Powder Metallurgy Part #1 19 min
- Lecture10.4
  
  Alloys Powder Metallurgy Part #2 15 min
- Lecture10.5
  
  Effects On Steel 14 min
- Lecture10.6
  
  Plain Carbon Steel 18 min
- Lecture10.7
  
  Proximate Analysis Numerical 26 min
- Lecture10.8
  
  Types Of Special Steel 09 min
[Semiconductor Physics] Module 1 - Semiconductor Physics 8
- Lecture11.1
  
  Semiconductor- Introduction 10 min
- Lecture11.2
  
  Direct and Indirect band gap materials 10 min
- Lecture11.3
  
  Intrensic and Extrensic Semiconductor 10 min
- Lecture11.4
  
  VI.4 Electrical Conductivity of semiconductors 14 min
- Lecture11.5
  
  VI.5 Drift velocity and Mobility and Conductivity in Conductors 15 min
- Lecture11.6
  
  VI.6 Fermi Dirac Distribution Function 13 min
- Lecture11.7
  
  VI.7 Fermi Level 11 min
- Lecture11.8
  
  VI.2 Types of semicopnductors 15 min
[Semiconductor Physics] Module 2 - Junction diode 4
- Lecture12.1
  
  Diode 12 min
- Lecture12.2
  
  Forwared and Reverse Bias 14 min
- Lecture12.3
  
  LED 12 min
- Lecture12.4
  
  Applicaation of LED 10 min
[Semiconductor Physics] Module 3 -Important diode 2
- Lecture13.1
  
  Zener Diode 11 min
- Lecture13.2
  
  Zener Diode as a Voltage Regulator 11 min
[Semiconductor Physics] Module 4 - Bipolar Junction Transistors 3
- Lecture14.1
  
  BJT 14 min
- Lecture14.2
  
  Common Emitter 14 min
- Lecture14.3
  
  Common Base 16 min
[Semiconductor Physics] Module 5 - Field Effect Transistors 5
- Lecture15.1
  
  FET 12 min
- Lecture15.2
  
  Application of BJT and FET 11 min
- Lecture15.3
  
  MOSFET Depletion type 15 min
- Lecture15.4
  
  MOSFET Enhancement type 12 min
- Lecture15.5
  
  MOSFET as a switch 10 min
[Semiconductor Physics] Module 6 - Nano Technology 3
- Lecture16.1
  
  6.1 Introduction of Nanotechnology 13 min
- Lecture16.2
  
  6.2 Vanderwalls Force and high surface to volume ratio 12 min
- Lecture16.3
  
  6.3 Applications of Nanotechnology 11 min
[Engineering Graphics] Module 01 : Introduction to Engineering Graphics & Engine 2
- Lecture17.1
  
  Involute Curve Part #1 10 min
- Lecture17.2
  
  Involute Curve Part #2 12 min
[Engineering Graphics] Module 02: Projection of Points and Lines & Planes 3
- Lecture18.1
  
  Projection Of Line full concept [Part 1] 12 min
- Lecture18.2
  
  Projection of Lines – [Part 2] 10 min
- Lecture18.3
  
  Projection Of Point 16 min
[Engineering Graphics] Module 03: Projection Of Solids 4
- Lecture19.1
  
  Projection Of Solids 06 min
- Lecture19.2
  
  Projection Of Solids Sums [PART 1] 11 min
- Lecture19.3
  
  Projection Of Solids Sums [PART 2] 15 min
- Lecture19.4
  
  Projection Of Solids Sums [PART 3] 22 min
[Engineering Graphics] Module 04: Section Of Solids 2
- Lecture20.1
  
  Sectional Solids 26 min
- Lecture20.2
  
  Section Of Solids Numerical 08 min
[Engineering Graphics] Module 05 : Orthographic Projections 10
- Lecture21.1
  
  Orthographic Projection Full Basics Concept 13 min
- Lecture21.2
  
  Orthographic first angle 25 min
- Lecture21.3
  
  First Angle Method & Dimensioning Rules 15 min
- Lecture21.4
  
  Introduction to Third Angle Method 11 min
- Lecture21.5
  
  Third Angle Method Solved Example 25 min
- Lecture21.6
  
  Orthographic Projection Numerical 17 min
- Lecture21.7
  
  Orthographic Projection Numerical Part 2 22 min
- Lecture21.8
  
  Sectional Orthography 16 min
- Lecture21.9
  
  Sectional View Solved Example 19 min
- Lecture21.10
  
  Sectional Orthographic Projection Solved 09 min
[Engineering Graphics] Module 06: Isometric Views 7
- Lecture22.1
  
  Isometric View 10 min
- Lecture22.2
  
  Isometric View Numerical Part #1 19 min
- Lecture22.3
  
  Isometric View Numerical Part #2 10 min
- Lecture22.4
  
  Simple Isometric Sum 11 min
- Lecture22.5
  
  Isometric Projection With Solved Example 15 min
- Lecture22.6
  
  Isometric Projection Numerical Part #1 13 min
- Lecture22.7
  
  Isometric Projection Numerical Part #2 12 min
[Engineering Graphics] How to Pass EG 2
- Lecture23.1
  
  How to Pass Engineering Graphics Importance 09 min
- Lecture23.2
  
  How to Attempt Engineering Graphics Exam Paper 11 min

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Course Overview 0

This Course is Only Available On Our App

[EM2] Module 01: Differential Equations of the First Order and First Degree 8

[EM2] Module 02: Linear Differential Equation with Constant Coefficient and Variable Coefficients of Higher Order 3

[EM2] Module 03: Numerical Solution Of Ordinary Differential Equation 4

[EM2] Module 04: Beta Gamma Functions 8

[EM2] Module 05: Differentiation Under Integral Sign,Numerical Integration and Rectification 3

[EM2] Module 06: Double Integration 3

[EM2] How to pass Maths 2 1

[EM2] Notes 6

[EMC] Module 1 - Alloys 8

[Semiconductor Physics] Module 1 - Semiconductor Physics 8

[Semiconductor Physics] Module 2 - Junction diode 4

[Semiconductor Physics] Module 3 -Important diode 2

[Semiconductor Physics] Module 4 - Bipolar Junction Transistors 3

[Semiconductor Physics] Module 5 - Field Effect Transistors 5

[Semiconductor Physics] Module 6 - Nano Technology 3

[Engineering Graphics] Module 01 : Introduction to Engineering Graphics & Engine 2

[Engineering Graphics] Module 02: Projection of Points and Lines & Planes 3

[Engineering Graphics] Module 03: Projection Of Solids 4

[Engineering Graphics] Module 04: Section Of Solids 2

[Engineering Graphics] Module 05 : Orthographic Projections 10

[Engineering Graphics] Module 06: Isometric Views 7

[Engineering Graphics] How to Pass EG 2

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