06:29

How Rutherford backscattering is used to identify elemental composition of the material?

06:37

X ray Photoelectron Spectroscopy

06:22

Determination of nanocrystallite size using X ray Diffraction

10:47

Nanotechnology Nanofabrication by photolithography

00:31

50K Subscribers Celebration

13:10

Electrodynamics Session 4 MCQs on Maxwell Equations Part 1| MHT CET | JEE Main | NEET

11:04

Electrodynamics Session 3 MCQs on Curl of a Vector Function | MHT CET | JEE Main | NEET

14:13

Electrodynamics Session 2 MCQs on Divergence of a Vector Function Final

22:05

Electrodynamics Session 1 MCQs on Gradient of A Scalar Function MCQ | MHTCET | JEE

00:31

Celebrating 25K subscribers

16:25

Quantum Physics Schrodinger Equation MCQ | MHTCET | JEE

11:59

Quantum Physics Wave Functions MCQ | MHTCET | JEE

00:35

Celebrating 20K subscribers

22:42

Quantum Physics Heisenberg Uncertainty Principle MCQ | MHTCET | JEE

35:13

Quantum Physics De Broglie Hypothesis MCQ | MHTCET | JEE

05:43

Ruby Laser

00:23

10000 Subscribers Celebration | Thank You

04:57

Humidity measurement using Resistive Sensor

21:32

Use of Resistive Sensor PT100 for temperature measurement

01:45

What is calibration?

02:34

What is a Transducer?

00:06

8000 Subscribers Reached

12:00

Physics of Sensors Session 4 (Optical Sensor and Pyroelectric Sensor) noise reduced

27:13

Physics of Sensors Session 3 (piezoelectric transducer - ultrasonic sound generation) noise reduced

08:39

Physics of Sensors Session 2 (Pressure Sensor - capacitive, flex and inductive) noise reduced

33:19

Physics of Sensors Session 1 (Resistive Sensor - PT100) noise reduced

23:59

A Special Theory of Relativity Session 4 (Time Dilation and Length Contraction) noise reduced

30:42

A Special Theory of Relativity Session 3 Lorentz Transformations (noise reduced)

20:05

A Special Theory of Relativity session 2 (Galilean Transformations) (noise reduced)

14:37

A Special Theory of Relativity session 1 (Newtonian Mechanics, Inertial, Non inertial frames)

04:47

Applications of NanoTechnology

04:16

Atomic Force Microscope (AFM) Construction and Working

05:28

Transmission Electron Microscope (TEM) Construction and Working

07:22

Scanning Electron Microscope Construction and Working

07:24

Prerequisites : Electron Scattering, Tunneling Effect, Electrostatic and Magnetic lens

28:55

Nano Technology Session 2 (SEM, TEM, AFM, Applications of Nanotechnology) noise reduced

01:53

Chemical Vapour Deposition Method to produce nanomaterials

03:15

Sol gel method to produce nanomaterials

04:53

Physical Vapour Deposition Method (Resistive method and Sputtering method)

04:08

Ball Milling Method to produce nanomaterials

03:11

Top down approach and Bottom up approach to produce nanomaterials

05:12

Properties change at nano scale Examples

03:50

Why properties change at the nanoscale? (Surface area to volume ratio)

03:11

What is NanoTechnology?

31:11

Nano Technology Session 1 (Properties, Approaches, Methods to produce Nanomaterials) noise reduced

01:45

Applications of Maxwell's Equations

05:02

Significance of Maxwell's Equations

02:14

Summary of Maxwell's Equations

13:34

Four Maxwell's Equations

03:07

Magnetic Field intensity and Magnetic Flux Density

00:59

Electric Potential

02:39

Electric Field intensity and Electric flux density

02:01

Coulomb's Law Revision

33:06

Electrodynamics Session 3 Maxwell Equations (noise reduced)

02:34

Gauss Theorem (Divergence Theorem) and Stokes Theorem (Fundamental Theorem for Curl)

03:11

Divergence of a curl is zero

03:28

Numericals to calculate curl of a vector function

03:40

Curl of a vector function

04:30

Numericals to calculate divergence of a vector function

05:31

Divergence of a vector function