Канал: E&T master

How to calculate SGPA/CGPA to percentage and total marks obtained

How to calculate SGPA/CGPA to percentage and total marks obtained

2024 Batch Registration (JMIT+JMIETI)

2024 Batch Registration (JMIT+JMIETI)

Arduino programming:- Void setup and loop

Arduino programming:- Void setup and loop

4. Arduino Programming:- Data Types

4. Arduino Programming:- Data Types

3. Basics of NodeMCU (ESP8266, ESP32, and ESP32-S2)

3. Basics of NodeMCU (ESP8266, ESP32, and ESP32-S2)

2. Basics of Arduino

2. Basics of Arduino

Bluetooth VS Wi-fi in Hindi

Bluetooth VS Wi-fi in Hindi

1. Internet of Things (IoT) Practical components

1. Internet of Things (IoT) Practical components

2. Physical Layer Security Basics

2. Physical Layer Security Basics

18. Transmission line equation Complete in Hindi

18. Transmission line equation Complete in Hindi

The Smith Chart

The Smith Chart

4.6 Lossless, Low Loss, and Distortion Less Transmission lines

4.6 Lossless, Low Loss, and Distortion Less Transmission lines

4.4 Reflection Coefficient and Standing Wave Ratio for Transmission Line

4.4 Reflection Coefficient and Standing Wave Ratio for Transmission Line

4.3 Input Impedance and Some special Cases

4.3 Input Impedance and Some special Cases

4.2 Finite Transmission line Wave Characteristic

4.2 Finite Transmission line Wave Characteristic

4.1 Transmission Line Equations

4.1 Transmission Line Equations

17. Transmission Line Equations in Hindi

17. Transmission Line Equations in Hindi

Secrecy Capacity

Secrecy Capacity

Secrecy Metrics (Secrecy Rate, Secrecy Capacity, secrecy outage probability)

Secrecy Metrics (Secrecy Rate, Secrecy Capacity, secrecy outage probability)

What is Physical Layer Security (PLS)

What is Physical Layer Security (PLS)

16. Oblique Incidence at Plane Dielectric Boundary

16. Oblique Incidence at Plane Dielectric Boundary

13. Normal Incident at Plane Conducting Boundary

13. Normal Incident at Plane Conducting Boundary

14. Oblique Incidence at a Plane Conducting Boundary

14. Oblique Incidence at a Plane Conducting Boundary

15. Normal Incidence at a Plane Dielectric Boundary in Hindi

15. Normal Incidence at a Plane Dielectric Boundary in Hindi

12. Electromagnetic Power and Poynting Vector

12. Electromagnetic Power and Poynting Vector

11.Skin effect or Depth of penetration in Hindi

11.Skin effect or Depth of penetration in Hindi

10. Plane Wave Propagation in Lossy Medium

10. Plane Wave Propagation in Lossy Medium

8.2 Electromagnetic wave transmission and Wave Polarization animation

8.2 Electromagnetic wave transmission and Wave Polarization animation

0.1 Different mediums (Homogeneous, non-homogeneous, isotropic...)

0.1 Different mediums (Homogeneous, non-homogeneous, isotropic...)

8.1 Loss Tangent and its significance

8.1 Loss Tangent and its significance

9. Plane Wave Propagation in Lossless Media (or Free Space) in Hindi

9. Plane Wave Propagation in Lossless Media (or Free Space) in Hindi

7. Retarded Potential (in Hindi)

7. Retarded Potential (in Hindi)

8. Source Free Wave Equations (in Hindi)

8. Source Free Wave Equations (in Hindi)

6. Maxwell's Equations (all forms) in Hindi

6. Maxwell's Equations (all forms) in Hindi

2. Boundary Conditions for Electrostatics

2. Boundary Conditions for Electrostatics

Ampere's Circuital Law and Applications in Hindi

Ampere's Circuital Law and Applications in Hindi

4.Vector Magnetic potential in Hindi

4.Vector Magnetic potential in Hindi

5. Biot Savart Law in Hindi

5. Biot Savart Law in Hindi

3. Magneto-statics (Fundamental equations, Ampere's Law, Boundary conditions) in Hindi

3. Magneto-statics (Fundamental equations, Ampere's Law, Boundary conditions) in Hindi

8051 Pin diagram Remember Trick (in Hindi)

8051 Pin diagram Remember Trick (in Hindi)

8086 Pin diagram remember trick (in Hindi)

8086 Pin diagram remember trick (in Hindi)

8085 Pin remember trick (In hindi)

8085 Pin remember trick (In hindi)

1. Field and waves and Electromagnetic. Complete Electrostatics Covered (In Hindi)

1. Field and waves and Electromagnetic. Complete Electrostatics Covered (In Hindi)

Antenna Beam-Width (FNBW, HPBW) in Hindi

Antenna Beam-Width (FNBW, HPBW) in Hindi

Beam Angle or Solid Beam Angle (Radian and Steradian)

Beam Angle or Solid Beam Angle (Radian and Steradian)

1.5 Method of Images

1.5 Method of Images

Radiation Patterns of Antenna (Field and Power)

Radiation Patterns of Antenna (Field and Power)

#Antenna #types What is an Antenna? How it Radiates? History and types of antenna

#Antenna #types What is an Antenna? How it Radiates? History and types of antenna

1.8 Dielectric-dielectric Boundary conditions

1.8 Dielectric-dielectric Boundary conditions

Vastu and science

Vastu and science

2.0.1 Magneto-statics, Vector magnetic potential, Lorentz's force equation

2.0.1 Magneto-statics, Vector magnetic potential, Lorentz's force equation

सांस और दिमाग (एक अच्छे जीवन के लिए एक मिनट में कितनी सांसों की आवश्यकता होती है)

सांस और दिमाग (एक अच्छे जीवन के लिए एक मिनट में कितनी सांसों की आवश्यकता होती है)

3.1 Potentials Retarded Potentials and Potential Functions

3.1 Potentials Retarded Potentials and Potential Functions

1.3. Gauss Law and its applications

1.3. Gauss Law and its applications

पृथ्वी के चुंबकीय क्षेत्र का हम पर प्रभाव (Effect of Earths Magnetic field on us)

पृथ्वी के चुंबकीय क्षेत्र का हम पर प्रभाव (Effect of Earths Magnetic field on us)

#Cartesian #Cylindrical #Spherical Coordinate system (Easiest Method In Hindi)

#Cartesian #Cylindrical #Spherical Coordinate system (Easiest Method In Hindi)

1.7 Uniqueness Theorem

1.7 Uniqueness Theorem

1.6 Poisson's and Laplace Equation and its significance

1.6 Poisson's and Laplace Equation and its significance

1.4 Conductor Continuity Equation

1.4 Conductor Continuity Equation

2.1 Maxwell's Equations Differential (or Point), and Integral forms

2.1 Maxwell's Equations Differential (or Point), and Integral forms

2.2 Maxwell's Equations time-harmonic (Phasor, sinusoidal) form

2.2 Maxwell's Equations time-harmonic (Phasor, sinusoidal) form

2.3 Maxwell's Equation (All Forms)

2.3 Maxwell's Equation (All Forms)

2.1 Maxwell's Equations (Time Varying Field)

2.1 Maxwell's Equations (Time Varying Field)

1.2 What is Electric field Intensity, and Electric Potential? Deviation of Coulomb's and Gauss's Law

1.2 What is Electric field Intensity, and Electric Potential? Deviation of Coulomb's and Gauss's Law

1.0 Divergence and Stokes Theorem

1.0 Divergence and Stokes Theorem

1.2 Basics of Electromagnetic (Maxwell Equation)

1.2 Basics of Electromagnetic (Maxwell Equation)

1.0 Gradient Physical significance of gradient, divergence and curl

1.0 Gradient Physical significance of gradient, divergence and curl

1.1 What is Electromagnetic (EMT)? Why EMT? Basic Components.

1.1 What is Electromagnetic (EMT)? Why EMT? Basic Components.

3.4 Plane wave in Lossy Media part-2

3.4 Plane wave in Lossy Media part-2

3.3 Plane Wave in Lossy media Part-1

3.3 Plane Wave in Lossy media Part-1

3.5 Plane Wave in Lossless Media

3.5 Plane Wave in Lossless Media

VID 3.2 Imaginary Permittivity concept in detail.

VID 3.2 Imaginary Permittivity concept in detail.

3.2 EMT Source Free equations & Homogeneous Vector Helmholtz's Equations

3.2 EMT Source Free equations & Homogeneous Vector Helmholtz's Equations