07:46

Common base configuration, relation between alpha and beta, comparison of transistor configuration

15:04

Common emitter configuration, input & output characteristics, current amplification factor

15:01

Transistor basics, action of transistor, transistor configuration basics

02:45

De Morgans theorem

04:04

Exclusive OR gate or XOR

08:30

Universal gates

10:41

combination of basic gates

15:57

Basic logic gates OR,AND,NOT

05:20

Inductor filter

08:01

Capacitor Filter

03:13

# Filters basics

05:13

Advantages of a full wave rectifier

02:48

Peak inverse voltage

19:06

# Bridge rectifier and its working analysis, efficiency & ripple factor

26:35

# Interference due to reflected light in thin film

10:19

# Fresnel's double mirror

28:58

# Theory of Interference fringes # Condition for the Band width

12:12

# Interference of light # Intensity of Constructive and Destructive Interference

17:23

#Centre tapped Full wave rectifier #Working#Analysis#Efficiency#Ripple factor

03:26

#Full wave rectifier#electronics#Second semester complementary physics

05:59

Experiment to determine the wavelength of monochromatic light using plane diffraction grating

04:58

Dispersive power of grating/ Chapter II- Diffraction

08:54

Rayleigh's criterion for resolution of spectral lines/ Chapter II- Diffraction

03:29

Resolving power of grating/ Chapter II- Diffraction/ 2nd semester complementary physics

10:24

Grating spectrum with white light secondary maxima and minima/ Chapter II- Diffraction

19:36

Plane transmission grating / Chapter II - Diffraction

24:03

Fraunhofer diffraction at a single slit & Condition for secondary maxima/ Chapter II- Diffraction

03:42

Fresnel and Fraunhofer diffraction/ Chapter II- Diffraction/ 2nd semester Complementary physics

03:16

superposition principle/ Chapter II- Diffraction / 2nd semester complementary physics

04:39

Diffraction/ Chapter II - Diffraction/ 2nd Semester complementary physics

02:32

Huygens principle/ Chapter II- Diffraction/ 2nd semester complementary physics

10:08

Basics and introduction/ chapter II - Diffraction / 2nd semester complementary physics

08:57

Resultant Intensity of Constructive and Destructive Interference

04:18

Conditions for Destructive Interference and it's Amplitude

06:03

Conditions for Constructive Interference and it's amplitude

13:17

Amplitude and Phase of the resultant wave

13:00

Super Position of Two Sinusoidal Waves

12:46

Wave Motion

08:17

Huygens wave theory of light/ 2nd semester complementary physics/ Chapter I/ Interference

05:54

Newton's Corpuscular theory of light

01:31

links are given in the discription and comment box.

01:03

#Notes for Higgs boson, Large hadron collider, Origine of universe#Cosmic rays & elementary particle

03:11

#Solved problems & model questions#Unit 4 #Nuclear physics #4th sem complementary physics

01:11

#Solved problems & model questions#Unit 2#Current electricity#4th sem complementary physics

02:30

#Solved problems & model questions#Unit 1#electrostatics#4th sem complementary physics

08:02

#Baryon and Lepton numbers #Cosmic rays and elementary particles #4th sem complementary physics

09:15

# Classification of Elementary particles #Cosmic rays and elementary particles #unit 5

02:20

#Elementary Particles #Cosmic rays and elementary Particles # 4 th sem complementary physics #Unit 5

05:01

#Cosmic Ray Showers #Fourth sem complementary physics #Unit 5 #Cosmic rays and elementary particles

07:13

#Cosmic Rays #Primary cosmic rays #Secondary Cosmic Rays #4th SEM Complementary physics #Unit 5

10:36

#Half wave rectifier #electronics#Optics, Laser and electronics

07:28

# Rectifier circuit, efficiency and ripple factor #Basic electronics

03:28

# Diode #second semester complementary physics #Basic electronics

03:50

# PN Junction #Basic electronics #2nd semester complementary physics

08:45

#Basics of semiconductor physics #2nd semester complementary physics #electronics

05:46

#Deflection magnetometer Tan B & Tan C position #fourth semester complementary physics #magnetism

04:43

#Deflection magnetometer Tan A position #magnetism

04:44

#fourth semester complementary physics previous question paper and it's key

02:09

#Deflection Magnetometer#magnetism #electricity magnetism and nuclear physics

04:48

#To compare the moments of two magnets# magnetism #fourt semester complementary physics #