Канал: Physics Bro

Himalaya mess | IIT Madras #iitmadras

Himalaya mess | IIT Madras #iitmadras

IIT Madras Central library

IIT Madras Central library

Proof of limit x tends to infinity (1+a/x)^bx = e^ab. | limit | physics bro

Proof of limit x tends to infinity (1+a/x)^bx = e^ab. | limit | physics bro

Particle in a 3d box |Quantum mechanics| Physics

Particle in a 3d box |Quantum mechanics| Physics

phd Admission | IIT Gandhinagar

phd Admission | IIT Gandhinagar

3 week online research internship at IIT Goa | physics | IIT Goa

3 week online research internship at IIT Goa | physics | IIT Goa

Derivation of Snell's law by using Fermat principle | Fermat principle

Derivation of Snell's law by using Fermat principle | Fermat principle

solving a question related to Schrodinger equation|quantum mechanics

solving a question related to Schrodinger equation|quantum mechanics

How to download Research papers for free

How to download Research papers for free

Chapter 1 | Kinetic Theory of Gases |Lecture 1| IIT JAM Physics |Thermodynamics Lecture Series

Chapter 1 | Kinetic Theory of Gases |Lecture 1| IIT JAM Physics |Thermodynamics Lecture Series

IIT JAM Physics 2021 official answer key for physics| iit jam 2021| physics | official answer key

IIT JAM Physics 2021 official answer key for physics| iit jam 2021| physics | official answer key

IIT Jam physics 2021|Detailed solution |Thermodynamics| 8 questions

IIT Jam physics 2021|Detailed solution |Thermodynamics| 8 questions

Modern physics | Find Minimum wavelength from given accelarating potential | iit jam physics

Modern physics | Find Minimum wavelength from given accelarating potential | iit jam physics

Compton scattering |Modern physics | IIT jam, jest, tifr

Compton scattering |Modern physics | IIT jam, jest, tifr

IIT JAM PHYSICS | Most Recommend Books |jam 21

IIT JAM PHYSICS | Most Recommend Books |jam 21

Quantum mechanics| Commutator |IIT jam physics|previous years question of BHU

Quantum mechanics| Commutator |IIT jam physics|previous years question of BHU

Question from IIT jam physics 2020 | heat transfer |thermodynamics

Question from IIT jam physics 2020 | heat transfer |thermodynamics

iit jam physics| modern physics| de broglie wavelength & Bragg's law

iit jam physics| modern physics| de broglie wavelength & Bragg's law

Joule-Thomson coefficient | for ideal and wander val gas | iit jam physics

Joule-Thomson coefficient | for ideal and wander val gas | iit jam physics

Statistical mechanics| Maxwell boltzman, Bose-Einstein, Fermi dirac distribution| solved problem

Statistical mechanics| Maxwell boltzman, Bose-Einstein, Fermi dirac distribution| solved problem

Superconductivity| solved examples|solid state physics|iit jam, jest, tifr

Superconductivity| solved examples|solid state physics|iit jam, jest, tifr

Prove superconductors are perfect diamagnet| solid state physics|iit jam, jest, tifr

Prove superconductors are perfect diamagnet| solid state physics|iit jam, jest, tifr

Fermi energy | Solved Examples | solid state physics|JAM, GATE, JEST

Fermi energy | Solved Examples | solid state physics|JAM, GATE, JEST

Fermi energy | solid state physics | derivation and explanation

Fermi energy | solid state physics | derivation and explanation

Mechanics | Spring-block system | IIT JAM

Mechanics | Spring-block system | IIT JAM

Special Theory of Relativity: Length Contraction:Solved problem

Special Theory of Relativity: Length Contraction:Solved problem

Basic math : Odd and even function (for IIT jam)

Basic math : Odd and even function (for IIT jam)

Perturbation Theory(time independent) | with solved example | Quantum mechanics |gate, net, tifr

Perturbation Theory(time independent) | with solved example | Quantum mechanics |gate, net, tifr

Special relativity : Lecture 2 , galelian&Lorentz transformation, Length contraction

Special relativity : Lecture 2 , galelian&Lorentz transformation, Length contraction

Special theory of relativity: lecture -1, inertial frame, postulates of S. R, Time Dilation

Special theory of relativity: lecture -1, inertial frame, postulates of S. R, Time Dilation

Problem 6.7 Griffith Quantum mechanics (degenerate waves function)

Problem 6.7 Griffith Quantum mechanics (degenerate waves function)