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Quantum Physics
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Introduction To Quantum Physics in Hindi | Crash Course
2:00
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History of Quantum Physics in Hindi | Detailed explanation | Applied Physics
10:00
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Real Meaning of E = mc² in Hindi | Einstein's equation | Energy Mass relationship explained
5:00
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What is Energy ? | In Hindi | Explained in detail | Physics | science
3:00
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De Broglie Idea of Symmetry in hindi | Engineering physics | Explained in depth
3:00
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De Broglie's derivation in hindi | Engineering Physics | Crash Course |
7:00
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De Broglie Wavelength In Terms Of Kinetic Energy | Engineering Physics | Crash Course | MU
2:00
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De Broglie Wavelength In Terms Of Electric Potential | Engineering Physics 1 |
4:00
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De Broglie Wave In Daily Life | Engineering Physics | Crash Course
8:00
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Concept of Phase & Group Velocity
10:00
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Deriving Group Velocity Formula | Engineering physics | Quantum physics | De broglie wave
12:00
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Phase Velocity of De Broglie Wave| Engineering physics | Quantum physics |
4:00
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Proving Group Velocity = Particle velocity | Engineering physics | Quantum physics |
9:00
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Why we can not represent matter wave using sinusoidal wave? | Engineering physics
10:00
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What is Wave Packet? In Hindi | Engineering physics | Quantum physics |
5:00
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Heisenberg Uncertainty Principle Made Easy | Engineering physics | Concept explained in hindi
12:00
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Proving Electron Can Not Survive Inside A Nucleus | Engineering physics | CRASH COURSE
6:00
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WHAT IS WAVE FUNCTION? IN HINDI | Engineering physics | Quantum wave function
12:00
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Properties of Matter Waves | In Hindi | Engineering Physics | Explained in detail
6:00
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PHYSICAL SIGNIFICANCE OF WAVE FUNCTION| Engineering physics | Quantum wave function
4:00
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Schrodinger's Time Dependent Wave Equation | Engineering physics
13:00
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Schrodinger's Time Independent Wave Equation | Engineering physics
14:00
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Energy of A Particle In An Infinite Potential Well | Engineering physics | Detailed explanation
11:00
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Particle In An Infinite Potential Well | Engineering physics | Detailed explanation
10:00
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Wave Function Of A Particle In An Infinite Potential Well | Engineering physics
10:00
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EXAMPLE 1 | DE BROGLIE'S HYPOTHESIS IN HINDI | ENGINEERING PHYSICS
3:00
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EXAMPLE 2 | DE BROGLIE'S HYPOTHESIS IN HINDI | ENGINEERING PHYSICS
6:00
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EXAMPLE 3 | DE BROGLIE'S HYPOTHESIS IN HINDI | ENGINEERING PHYSICS
4:00
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EXAMPLE 4,5,6 | DE BROGLIE'S HYPOTHESIS IN HINDI | ENGINEERING PHYSICS
7:00
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Crash Course On problems based on Heisenberg uncertainty
11:00
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Crash Course On problems based on Debroglie's Hypothesis | Engineering physics
10:00
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Crash Course On problems based on particle in a box | Engineering physics in hindi
6:00
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Interference in Thin film
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Introduction to Interference in Thin Film
4:00
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Path and Phase difference for Constructive and Destructive Interference
9:00
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What is Optical Path Difference
10:00
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Phase and Path Shift due to Reflection
2:00
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Interference In Thin Film Of Uniform Thickness
20:00
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What is Thin Film and Interference in Thin Film
2:00
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Visibility of Fringes in Reflected System & Transmitted System
7:00
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Why does an Extensive Thin Film Appear to be Perfect Black ?
3:00
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Colours in Thin Film in Sunlight
8:00
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Interference In Wedge Shaped Film
22:00
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Shape of Fringes | Wedge Shaped Thin Film
7:00
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Derivation of Fringe Width | Wedge shaped Thin Film
8:00
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Newton's Ring Experiment : Experimental Setup
6:00
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Deriving Expression For Diameter of Fringe in Newton's Ring Experiment
12:00
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Why Center is Dark in Newton's Ring
2:00
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Why Are Newton's rings Circular ?
5:00
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Newton's Ring Experiment : Measurement of wavelength
2:00
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Newton's Ring Experiment : Measurement of Radius of Curvature
3:00
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Effect of change of Medium in Newton's Ring Experiment
14:00
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Newton's Ring Experiment : Measurement of Refractive Index
5:00
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Newton's Ring Experiment : Effect of Wavelength on Diameter
3:00
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Interference of Transmitted Wave in Newton's Ring Experiment
6:00
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Quick Revision Of Problems Based On Newton's Ring
16:00
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Quick Revision Of Problems Based on wavelength
9:00
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Important Questions On Thin Film
11:00
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🛑 Quick Revision Of Problems Based on thickness
6:00
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Semiconductor Physics
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Introduction to Semiconductor Physics
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Concept of Current Density & Electric Field Intensity
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Concepts of Resistivity and Conductivity
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Microscopic Form Of Ohm's Law
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Concepts Of Drift & Diffuse Current
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Concept Of Drift Velocity
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Mobility of Electrons
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Concept Of Total Conductivity
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Concept Of Atomic Density
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Total Conductivity in Semiconductor
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What is Hall Effect?
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Derivation Of Hall Voltage
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Hall Coefficient
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Derivation Of Hall Angle
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Deriving Carrier Density & Mobility Using Hall Effect
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Determining Types Of Semiconductor Using Hall Effect
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Applications Of Hall Effect
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Quick Revision for Graph of Variation in Fermi level with Temperature & Doping
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What is Energy Band - Conduction Band, Valence Band, Forbidden Gap
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What is Fermi Energy and Fermi Energy Level
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Fermi Dirac Distribution
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Fermi Energy Level in Intrinsic Semiconductor
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Effect of Temperature on Fermi Energy Level in Extrinsic Semiconductor(P & N type Semiconductor)
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Effect of Doping on Fermi Energy Level in Extrinsic Semiconductor (P & N type Semiconductor)
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Launch your Graphy