Канал: Dr. Jyoti Mayekar

Field effect transitors#L-2#Principle and working of FET# Differences between JFET and BJT

Field effect transitors#L-2#Principle and working of FET# Differences between JFET and BJT

Field effect transistor#Lecture 1# Introduction and construction

Field effect transistor#Lecture 1# Introduction and construction

Superconductivity# L10# Problems (#Critical field&current, #London penetration depth#isotopic mass)

Superconductivity# L10# Problems (#Critical field¤t, #London penetration depth#isotopic mass)

Physics of semiconductors#Lecture 8# Generation and Recombination#Electron and hole trap

Physics of semiconductors#Lecture 8# Generation and Recombination#Electron and hole trap

Physics of semiconductors #L-7#Mechanism of current conduction in extrinsic semiconductors

Physics of semiconductors #L-7#Mechanism of current conduction in extrinsic semiconductors

Physics of semiconductors#L-6#Conductivity of extrinsic semiconductors

Physics of semiconductors#L-6#Conductivity of extrinsic semiconductors

Physics of semiconductors# L-5# Variation of carrier concentration with temperature

Physics of semiconductors# L-5# Variation of carrier concentration with temperature

Physics of semiconductors#L-4#Impurity semiconductors or extrinsic semiconductors

Physics of semiconductors#L-4#Impurity semiconductors or extrinsic semiconductors

Physics of semiconductors#L-3a#Extrinsic semiconductors-Acceptor and donor impurities

Physics of semiconductors#L-3a#Extrinsic semiconductors-Acceptor and donor impurities

Nuclear physics#Particle accelerators#L-1# Need for particle accelerators and Van de graff generator

Nuclear physics#Particle accelerators#L-1# Need for particle accelerators and Van de graff generator

Elementary particles#L-9#quarks

Elementary particles#L-9#quarks

Elementary particles#L-8#Meson theory of nuclear force#Estimation of mass of meson

Elementary particles#L-8#Meson theory of nuclear force#Estimation of mass of meson

Elementary particles#L-7# Basic properties of neutrinos,photons and mesons

Elementary particles#L-7# Basic properties of neutrinos,photons and mesons

Elementary particles#L-6#Neutron and antineutron#How neutron is different from antineutron

Elementary particles#L-6#Neutron and antineutron#How neutron is different from antineutron

Elementary particles#L-5#Discovery of antiproton in Bevatron

Elementary particles#L-5#Discovery of antiproton in Bevatron

Elementary particles#Lecture 4#Why positron is said to be antiparticle of electron?

Elementary particles#Lecture 4#Why positron is said to be antiparticle of electron?

Superconductivity#Lecture 9# Thermal properties

Superconductivity#Lecture 9# Thermal properties

Superconductivity#L-5#Type I and Type II superconductors

Superconductivity#L-5#Type I and Type II superconductors

Superconductivity#L-2a#Important properties of superconductors

Superconductivity#L-2a#Important properties of superconductors

Elementary particles#L-2#Types of Particle interactions#Gravitational#Electromagnetic#strong#weak

Elementary particles#L-2#Types of Particle interactions#Gravitational#Electromagnetic#strong#weak

Elementary particles#Lecture1#Classification of elementary particles

Elementary particles#Lecture1#Classification of elementary particles

Nuclear energy#Lecture 9#Energy production in stars

Nuclear energy#Lecture 9#Energy production in stars

Nuclear energy#Lecture 8#Breedor reactor#Fissile and fissionable materials

Nuclear energy#Lecture 8#Breedor reactor#Fissile and fissionable materials

Alpha decay#Lecture 5#Gamow's theory of alpha decay#Tunneling probability

Alpha decay#Lecture 5#Gamow's theory of alpha decay#Tunneling probability

Nuclear energy#L-7#Nuclear reactor

Nuclear energy#L-7#Nuclear reactor

Nuclear energy #L-6# Neutron cycle#Four factor formula

Nuclear energy #L-6# Neutron cycle#Four factor formula

Nuclear energy# L-5# Nuclear chain reaction

Nuclear energy# L-5# Nuclear chain reaction

Nuclear energy #Lecture 4# Energy released in nuclear fission

Nuclear energy #Lecture 4# Energy released in nuclear fission

Nuclear energy #Lecture -3# Emission of prompt and delayed neutrons

Nuclear energy #Lecture -3# Emission of prompt and delayed neutrons

Physics of semiconductors#Lecture 3#Electrical conductivity in intrinsic semiconducrtors#Band gap

Physics of semiconductors#Lecture 3#Electrical conductivity in intrinsic semiconducrtors#Band gap

Nuclear energy#Lecture -2# Why asymmetrical fission is more probable than symmetrical fission?

Nuclear energy#Lecture -2# Why asymmetrical fission is more probable than symmetrical fission?

Vector algebra# Lecture-5#Problems on #gradient#directional derivative#normal vector

Vector algebra# Lecture-5#Problems on #gradient#directional derivative#normal vector

Nuclear energy #L-1#Why U-235 undergoes fission after capturing neutron but U-238 does not?

Nuclear energy #L-1#Why U-235 undergoes fission after capturing neutron but U-238 does not?

Vector algebra#Lecture 4# Coplanar vectors

Vector algebra#Lecture 4# Coplanar vectors

Vector algebra#L- 3#Problems: Area of parallelogram#Volume of parallelepiped #Volume of tetrahedron

Vector algebra#L- 3#Problems: Area of parallelogram#Volume of parallelepiped #Volume of tetrahedron

Can I heal my conflicted relationship?

Can I heal my conflicted relationship?

I am under a lot of pressure!

I am under a lot of pressure!

Physics of semiconductors#Lecture 2#Statistics of charge carriers in intrinsic semiconductors

Physics of semiconductors#Lecture 2#Statistics of charge carriers in intrinsic semiconductors

#Physics of semiconductors#Lecture 1#Intrinsic and extrinsic semiconductors#Effect of Temperature

#Physics of semiconductors#Lecture 1#Intrinsic and extrinsic semiconductors#Effect of Temperature

How to deal with selfish people?

How to deal with selfish people?

A superior attitude will produce superior results!

A superior attitude will produce superior results!

I am incomplete without you................#Love#Crescent moon or full moon?#Incomplete or complete?

I am incomplete without you................#Love#Crescent moon or full moon?#Incomplete or complete?

Nuclear models #Lecture 4# Introduction to shell model

Nuclear models #Lecture 4# Introduction to shell model

#Navratri#Day5#white#Peaceful

#Navratri#Day5#white#Peaceful

#Small things can give lot of happiness#

#Small things can give lot of happiness#

#Selection rules#Allowed and forbidden transitions#problemssolved

#Selection rules#Allowed and forbidden transitions#problemssolved

Navratri#Graycolour#Work life balance

Navratri#Graycolour#Work life balance

Zeeman effect Lecture 1

Zeeman effect Lecture 1

|You will get better|

|You will get better|

Vector atom model#Lecture 5#Multiplicity and term symbols #Problemssolved

Vector atom model#Lecture 5#Multiplicity and term symbols #Problemssolved

Vector atom model # Lecture 4#L-S coupling and j-j coupling

Vector atom model # Lecture 4#L-S coupling and j-j coupling

Vector atom model#Lecture 3# One eletron system and vector atom model

Vector atom model#Lecture 3# One eletron system and vector atom model

#Evaporation#Why doctor advices to put a wet strip on forehead when we have high fever?#Why

#Evaporation#Why doctor advices to put a wet strip on forehead when we have high fever?#Why

# Evaporation#Why tea in saucer gets cooled faster?# Why

# Evaporation#Why tea in saucer gets cooled faster?# Why

#Vivavoce#Experiment4#Hysterisis and magnetization curve of a ferromagnetic material#Practical

#Vivavoce#Experiment4#Hysterisis and magnetization curve of a ferromagnetic material#Practical

#Vivavoce#Determination of energybandgap#Experiment3#practical

#Vivavoce#Determination of energybandgap#Experiment3#practical

In summer, why water in earthen pot gets cooled?#why#physics#science#evaporatio

In summer, why water in earthen pot gets cooled?#why#physics#science#evaporatio

Viva Voce#Experiment 2#Lee's disc method#Thermal conductivity measurement#BSc practical

Viva Voce#Experiment 2#Lee's disc method#Thermal conductivity measurement#BSc practical

Viva questions#Experiment1#Determination of surface tension of mercury using Quincke's method

Viva questions#Experiment1#Determination of surface tension of mercury using Quincke's method

Vector atom model#Lecture 2# Spin orbit interaction

Vector atom model#Lecture 2# Spin orbit interaction

Vector atom model# Lecture 1

Vector atom model# Lecture 1

Utilize the positive momentum and break the negative momentum

Utilize the positive momentum and break the negative momentum

Second idea is better and important! Its ok, if first did not work.

Second idea is better and important! Its ok, if first did not work.

Atomic and molecular physics#L-8#Raman spectrometer

Atomic and molecular physics#L-8#Raman spectrometer

Atomic and molecular physics#Raman effect#L-7Pure rotational Raman spectra of symmetric top molecule

Atomic and molecular physics#Raman effect#L-7Pure rotational Raman spectra of symmetric top molecule

Give yourself what you deserve and you deserve the best!

Give yourself what you deserve and you deserve the best!

Atomic and molecular physics#L-6#Raman spectra#Pure rotational Raman spectrum of linear molecules

Atomic and molecular physics#L-6#Raman spectra#Pure rotational Raman spectrum of linear molecules

Atomic and molecular physics# Raman effect#L-5# Classification of molecules on rotational behaviour

Atomic and molecular physics# Raman effect#L-5# Classification of molecules on rotational behaviour

Atomic and molecular physics# Raman effect # Lecture -4

Atomic and molecular physics# Raman effect # Lecture -4

Do not Quit when it's hardest hit!

Do not Quit when it's hardest hit!

तुम्ही कोंबडी आहात कि गरुड ?

तुम्ही कोंबडी आहात कि गरुड ?

Atomic and molecular physics# Raman effect# L-3# Classical theory of Raman effect

Atomic and molecular physics# Raman effect# L-3# Classical theory of Raman effect

Atomic and molecular physics# Raman effect # Lecture 2

Atomic and molecular physics# Raman effect # Lecture 2

Atomic and molecular physics# Raman effect# Lecture 1

Atomic and molecular physics# Raman effect# Lecture 1

Atomic and molecular physics # L-17# Hund's rule

Atomic and molecular physics # L-17# Hund's rule

माझा रंग कि माझी क्षमता

माझा रंग कि माझी क्षमता

Atomic and molecular physics# Electronic configuration of atoms#What is shell and subshell?

Atomic and molecular physics# Electronic configuration of atoms#What is shell and subshell?

Atomic and molecular physics# L-15#Symmetric and antisymmetric wave functions

Atomic and molecular physics# L-15#Symmetric and antisymmetric wave functions

Atomic and molecular physics#L-14#Pauli's exclusion principle

Atomic and molecular physics#L-14#Pauli's exclusion principle

काय करू ?

काय करू ?

माहिती कि माहितीचा स्रोत :काय महत्वाचं?

माहिती कि माहितीचा स्रोत :काय महत्वाचं?

Atomic and molecular physics #L-13# Stern and Gerlach experiment

Atomic and molecular physics #L-13# Stern and Gerlach experiment

Atomic and molecular physics# L-12# Electron spin

Atomic and molecular physics# L-12# Electron spin

Atomic and molecular physics #Lecture 11# Electron probability density

Atomic and molecular physics #Lecture 11# Electron probability density

मुंबईचा पाऊस…….

मुंबईचा पाऊस…….

Atomic and molecular physics# L-10# Why ml is called as magnetic quantum no?#

Atomic and molecular physics# L-10# Why ml is called as magnetic quantum no?#

Atomic and molecular physics #Lecture -9# Lz and space quantization

Atomic and molecular physics #Lecture -9# Lz and space quantization

पुस्तकं कि ट्विट्स काय वाचावं ?

पुस्तकं कि ट्विट्स काय वाचावं ?

Atomic and molecular physics# L-8#Orbital magnetic moment, gyromagnetic ratio and Bohr magneton

Atomic and molecular physics# L-8#Orbital magnetic moment, gyromagnetic ratio and Bohr magneton

Atomic and molecular physics# L-7# Eigen value of L square operator

Atomic and molecular physics# L-7# Eigen value of L square operator

Atomic and molecular physics#L-6#L^2 operator in spherical polar coordinates form

Atomic and molecular physics#L-6#L^2 operator in spherical polar coordinates form

Atomic and molecular physics# L-5#Components of angular momentum in spherical polar coordinates

Atomic and molecular physics# L-5#Components of angular momentum in spherical polar coordinates

|Live your life with full potential|

|Live your life with full potential|

Gamma decay# L-4# Analysis of Mossbauer spectra

Gamma decay# L-4# Analysis of Mossbauer spectra

Atomic and molecular physics#Spectra of diatomic molecules#L-9#Electronic spectra

Atomic and molecular physics#Spectra of diatomic molecules#L-9#Electronic spectra

Spectra of diatomic molecules# L-7#Vibration-Rotation spectra

Spectra of diatomic molecules# L-7#Vibration-Rotation spectra

Atomic and molecular physics# L-4#Hydrogen atom#Significance of quantum numbers

Atomic and molecular physics# L-4#Hydrogen atom#Significance of quantum numbers

कार्य ... असाधारण परिणाम

कार्य ... असाधारण परिणाम

Spectra of diatomic molecules# L-6#Diatomic molecule as an anharmonic oscillator#

Spectra of diatomic molecules# L-6#Diatomic molecule as an anharmonic oscillator#

Atomic and molecular Physics# Problems on spectra of diatomic molecules

Atomic and molecular Physics# Problems on spectra of diatomic molecules

विचार आणि जागरूकता

विचार आणि जागरूकता

आनंद आणि समाधान

आनंद आणि समाधान

Atomic and molecular physics# L-3#Hydrogen atom#Quantum numbers and Degeneracy

Atomic and molecular physics# L-3#Hydrogen atom#Quantum numbers and Degeneracy

Atomic and molecular physics# L-2#Hydrogen atom#Solution of Schrodinger's equation for hydrogen atom

Atomic and molecular physics# L-2#Hydrogen atom#Solution of Schrodinger's equation for hydrogen atom

विश्वास आणि समर्पण

विश्वास आणि समर्पण

Atomic and molecular physics# L-1#Hydrogen atom#Schrodinger equation for hydrogen atom

Atomic and molecular physics# L-1#Hydrogen atom#Schrodinger equation for hydrogen atom

Spectra of diatomic molecules# L-5# Diatomic molecule as a simple harmonic oscillator

Spectra of diatomic molecules# L-5# Diatomic molecule as a simple harmonic oscillator

Spectra of diatomic molecules#L-4#Diatomic molecule as nonrigid rotator

Spectra of diatomic molecules#L-4#Diatomic molecule as nonrigid rotator

शून्यातून सुरूवात ..........

शून्यातून सुरूवात ..........

Spectra of diatomic molecules#L-3#Rotational spectrum of diatomic molecules

Spectra of diatomic molecules#L-3#Rotational spectrum of diatomic molecules

Bending of beams#L-6#Searle's method- Determination of elastic constants

Bending of beams#L-6#Searle's method- Determination of elastic constants

थोडसं खोट्टं ....

थोडसं खोट्टं ....

Bending of beams# L-5# I - beams

Bending of beams# L-5# I - beams

Bending of beams# L-4#Experimental determination of Young's modulus by bending

Bending of beams# L-4#Experimental determination of Young's modulus by bending

करावं लागणार आहे?

करावं लागणार आहे?

Spectra of diatomic molecules#L-2#Energy of a diatomic molecule by treating it as a rigid rotator

Spectra of diatomic molecules#L-2#Energy of a diatomic molecule by treating it as a rigid rotator

दिवस वाया गेला ....

दिवस वाया गेला ....

Bending of beams# L-3#Beam loaded in the middle and supported at the ends

Bending of beams# L-3#Beam loaded in the middle and supported at the ends

विचार: सल्ला की आज्ञा

विचार: सल्ला की आज्ञा

Bending of beams#L-2#Cantilever

Bending of beams#L-2#Cantilever

Atomic and molecular Physics# L-1# Spectra of diatomic molecules#Molecular energy states

Atomic and molecular Physics# L-1# Spectra of diatomic molecules#Molecular energy states

Bending of beams# L-1# Bending moment

Bending of beams# L-1# Bending moment

स्वप्न : मानवी धर्म

स्वप्न : मानवी धर्म

माझं आयुष्य हे माझं आहे ...........

माझं आयुष्य हे माझं आहे ...........

धाडस :एक पाऊल पुढे टाकायला ....................

धाडस :एक पाऊल पुढे टाकायला ....................

Anthropic principle

Anthropic principle

Kavyavachan# Tyala paus awadat nahi#

Kavyavachan# Tyala paus awadat nahi#

Legends of the Physics world# Part 17# John Bardeen

Legends of the Physics world# Part 17# John Bardeen

IIT- JAM and other M.Sc entrance exams#L-23#Waves and oscillations

IIT- JAM and other M.Sc entrance exams#L-23#Waves and oscillations

Crystal defects#Lecture 2# Point defects

Crystal defects#Lecture 2# Point defects

Crystal defects#Lecture1# Introduction

Crystal defects#Lecture1# Introduction

Forced vibrations# L-4# Sharpness of resonance

Forced vibrations# L-4# Sharpness of resonance

Forced Vibrations# L-3# Quality factor of a driven oscillator

Forced Vibrations# L-3# Quality factor of a driven oscillator

Forced vibrations# L-2# Velocity and amplitude resonance

Forced vibrations# L-2# Velocity and amplitude resonance

Forced vibrations# Lecture 1#Equation of damped driven oscillator

Forced vibrations# Lecture 1#Equation of damped driven oscillator

Damped vibrations# L-7# Problems

Damped vibrations# L-7# Problems

Superconductivity# Lecture 7#A survey of BCS theory

Superconductivity# Lecture 7#A survey of BCS theory

Superconductivity#L-6#London Equations: Electrodynamics

Superconductivity#L-6#London Equations: Electrodynamics

Nuclear models# L-3#Applications of Semiempirical mass formula# Alpha decay

Nuclear models# L-3#Applications of Semiempirical mass formula# Alpha decay

Damped vibration#L-6#Relaxation time of the damped harmonic oscillator

Damped vibration#L-6#Relaxation time of the damped harmonic oscillator

Damped vibrations# L-5#Logarithmic decrement

Damped vibrations# L-5#Logarithmic decrement

Damped vibrations# L-4#Quality factor

Damped vibrations# L-4#Quality factor

Damped Vibrations#L-3#Energy of the damped harmonic oscillator

Damped Vibrations#L-3#Energy of the damped harmonic oscillator

Nuclear models# L-2# Weizsacker's semiempirical mass formula

Nuclear models# L-2# Weizsacker's semiempirical mass formula

Nuclear Models# L-1# Similarities between drop of liquid and nucleus# successes and limitations

Nuclear Models# L-1# Similarities between drop of liquid and nucleus# successes and limitations

Damped Vibrations # Lecture 2# Equation of damped harmonic oscillator and its solution

Damped Vibrations # Lecture 2# Equation of damped harmonic oscillator and its solution

Gamma decay#Lecture 3# Mossbauer Effect

Gamma decay#Lecture 3# Mossbauer Effect

Superconductivity# Lecture 4# Meissner Effect

Superconductivity# Lecture 4# Meissner Effect

Damped vibrations# L-1# Why SHM is called as Harmonic oscillator? What is free & damped oscillator

Damped vibrations# L-1# Why SHM is called as Harmonic oscillator? What is free & damped oscillator

Transient response of circuits# Lecture 5# Numericals based on LR and CR circuits

Transient response of circuits# Lecture 5# Numericals based on LR and CR circuits

Gamma decay# Lecture 2# Nuclear isomerism of bromine

Gamma decay# Lecture 2# Nuclear isomerism of bromine

Gamma decay# Lecture 1# Internal pair production and Internal conversion

Gamma decay# Lecture 1# Internal pair production and Internal conversion

Transient response of circuits# L-4# Discharging of a capacitor in CR circuit

Transient response of circuits# L-4# Discharging of a capacitor in CR circuit

Beta decay# Lecture7#Cowan and Reins experiment# Existence of neutrino#

Beta decay# Lecture7#Cowan and Reins experiment# Existence of neutrino#

Transient reponse of circuits# Lecture 3# Charging of capacitor in CR circuit

Transient reponse of circuits# Lecture 3# Charging of capacitor in CR circuit

Transient response of circuits #Lecture 2 #Growth and decay of current in LR circuit

Transient response of circuits #Lecture 2 #Growth and decay of current in LR circuit

Transient response of circuits#Lecture 1#Response of resistor , inductor and capacitor to current

Transient response of circuits#Lecture 1#Response of resistor , inductor and capacitor to current

Beta decay# Lecture 6# How to determine relativistic velocity of beta particles?#Beta Spectrometer#

Beta decay# Lecture 6# How to determine relativistic velocity of beta particles?#Beta Spectrometer#

What is Pi day?#Significance of date 14 March#

What is Pi day?#Significance of date 14 March#

International Women's Day 2021

International Women's Day 2021

Wave motion in one dimension #Lecture 3 #Transverse waves on a stretched string

Wave motion in one dimension #Lecture 3 #Transverse waves on a stretched string

Wave motion in one dimension #Lecture 2 #Particle velocity and acceleration

Wave motion in one dimension #Lecture 2 #Particle velocity and acceleration

Superconductivity #Lecture 3 #Effect of magnetic field on superconductors

Superconductivity #Lecture 3 #Effect of magnetic field on superconductors

Superconductivity #Lecture 2 #What is Cooper pair?

Superconductivity #Lecture 2 #What is Cooper pair?

Beta decay #Lecture 5 #What is K- capture?

Beta decay #Lecture 5 #What is K- capture?

Beta decay #Lecture 4 #Pauli's neutrino hypothesis

Beta decay #Lecture 4 #Pauli's neutrino hypothesis

Wave motion #Lecture 1 #Differential equation of wave motion

Wave motion #Lecture 1 #Differential equation of wave motion

Beta decay #Lecture 3 #Difficulties in explaining beta decay spectra

Beta decay #Lecture 3 #Difficulties in explaining beta decay spectra

Beta decay #Lecture 2 #Energy spectrum of beta decay

Beta decay #Lecture 2 #Energy spectrum of beta decay

Composition of SHMs #Lecture 6 #Composition of SHMs with periods in the ratio of 1:2

Composition of SHMs #Lecture 6 #Composition of SHMs with periods in the ratio of 1:2

Solid state Physics #Lecture 1 #What is superconductivity #Basics

Solid state Physics #Lecture 1 #What is superconductivity #Basics

Mars 2020#Why the name "Perseverance"?

Mars 2020#Why the name "Perseverance"?

Composition of SHMs #Lecture 5 #Composition of two perpendicular SHMs of same period

Composition of SHMs #Lecture 5 #Composition of two perpendicular SHMs of same period

Beta decay #Lecture 1 #Energetics of beta decay

Beta decay #Lecture 1 #Energetics of beta decay

Composition of SHM #Lecture 4 #Problems on composition of two collinear SHMs

Composition of SHM #Lecture 4 #Problems on composition of two collinear SHMs

Composition of SHM #Lecture 3 #Superposition of two parallel SHMs with same period

Composition of SHM #Lecture 3 #Superposition of two parallel SHMs with same period

Composition of Simple harmonic motion #Lecture 2 #Problems based on Simple harmonic motion

Composition of Simple harmonic motion #Lecture 2 #Problems based on Simple harmonic motion

Composition of simple harmonic motion #Lecture 1 #Basics

Composition of simple harmonic motion #Lecture 1 #Basics

Differential equations#L-5#Linear differential equations of second order with constant coefficients

Differential equations#L-5#Linear differential equations of second order with constant coefficients

Differential Equations #Lecture 4# Exact differential equations

Differential Equations #Lecture 4# Exact differential equations

Alpha decay# Lecture 4# Geiger -Nuttal line#Fine structure of alpha spectra

Alpha decay# Lecture 4# Geiger -Nuttal line#Fine structure of alpha spectra

Poetry of Physics# Poem presentation on the topics Atom and Gravity

Poetry of Physics# Poem presentation on the topics Atom and Gravity

Alpha decay # Lecture 3#Absorption of alpha particles

Alpha decay # Lecture 3#Absorption of alpha particles

Differential equations # Lecture 3#Linear differential equations

Differential equations # Lecture 3#Linear differential equations

Alpha Decay# Lecture 2#Measurement of velocity of alpha particles

Alpha Decay# Lecture 2#Measurement of velocity of alpha particles

Differential Equations# Lecture 1# Formation of differential equation

Differential Equations# Lecture 1# Formation of differential equation

Differential equations# Lecture 2# Variable separable method

Differential equations# Lecture 2# Variable separable method

Alpha decay #L-1#Conservations laws obeyed by alpha particles#Q-value or alpha disintegration energy

Alpha decay #L-1#Conservations laws obeyed by alpha particles#Q-value or alpha disintegration energy

IIT JAM and other competative exams -22# Relativistic mechanics-6

IIT JAM and other competative exams -22# Relativistic mechanics-6

IIT JAM and other competative exams-21# Relativistic mechanics-5#Problems on velocity calculations

IIT JAM and other competative exams-21# Relativistic mechanics-5#Problems on velocity calculations

First year Physics# Important formulae

First year Physics# Important formulae

IIT JAM and other competative exams-20# Relativistic mechanics-4#Problems from IISC and JNU exams

IIT JAM and other competative exams-20# Relativistic mechanics-4#Problems from IISC and JNU exams

IIT JAM and other competative exams-19# Relativistic Mechanics-3#Problems on Doppler effect

IIT JAM and other competative exams-19# Relativistic Mechanics-3#Problems on Doppler effect

IIT JAM and other competative exams-18# Relativistic mechanics -2# Problems based on momentum

IIT JAM and other competative exams-18# Relativistic mechanics -2# Problems based on momentum

IIT JAM and other competative exams -17# Relativistic mechanics- 1# Problems on Time dilation

IIT JAM and other competative exams -17# Relativistic mechanics- 1# Problems on Time dilation

Legends of the Physics world# Part16#A.K.Raychaudhuri#Indian Physicist & Nobel prize 2020 connection

Legends of the Physics world# Part16#A.K.Raychaudhuri#Indian Physicist & Nobel prize 2020 connection

Vector Algebra#Lecture 2#Concept of Gradient , divergence and curl

Vector Algebra#Lecture 2#Concept of Gradient , divergence and curl

Vector Algebra # Lecture 1# Basic concepts and geometrical interpretation of scalar triple product

Vector Algebra # Lecture 1# Basic concepts and geometrical interpretation of scalar triple product

Wave nature of particles# Lecture 4

Wave nature of particles# Lecture 4

Wave nature of particles# Lecture 3#Existence of Matter waves #Davisson Germer experiment

Wave nature of particles# Lecture 3#Existence of Matter waves #Davisson Germer experiment