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Index

Newton's Law of Motion

Work power energy

Rotational motion

Gravitation

Centre of mass & Collisions

Collisions

Rigid Body System

Special Theory of Relativity

Waves

Geometrical Optics

Ray optics

Wave optics

Electrostatics

Electromagnetic Waves

Thermodynamics

Quantum Mechanics

Solid State Physics, Devices and Electronics

All Exams > UPSC > UPSC Physics Optional (Crash Course) > All Videos

All videos of UPSC Physics Optional (Crash Course) for UPSC CSE Exam

Newton's Law of Motion

D'Alembert's Principle

19:54 min

D'Alembert's Principle - Problem 1

11:15 min

D'Alembert's Principle - Problem 2

16:39 min

D'Alembert's Principle - Problem 3

16:04 min

D'Alembert's Principle - Problem 4

16:50 min

D'Alembert's Principle | Problem 5

08:28 min

D'Alembert's Principle | Problem 6

17:22 min

D'Alembert's Principle | Problem 7

19:12 min

D'Alembert's Principle | Problem 8

22:12 min

D'Alembert's Principle | Problem 9

16:08 min

Constrained Motion

13:53 min

D'Alembert's Principle | Problem 10

13:46 min

Work Energy Principle

61:09 min

Work Energy Principle | Problem 1

10:47 min

Work Energy Principle | Problem 2

15:31 min

Work Energy Principle | Problem 3

32:03 min

Work Energy Principle | Problem 4

22:23 min

Work Energy Principle | Problem 5

19:36 min

Work Energy Principle | Problem 6

14:40 min

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Work power energy

L-1 Conservation of Energy & Momentum

71:14 min

L-2 Conservation of Energy & Momentum

101:15 min

L-3 Conservation of Energy & Momentum

41:05 min

L-4 Conservation of Energy & Momentum | Potential Energy

57:12 min

L-5 Conservation of Energy & Momentum | Potential Energy

60:41 min

L-6 Conservation of Energy & Momentum

47:59 min

L-7 Conservation of Energy & Momentum | Torque, Collision

54:35 min

L-8 Conservation of Energy & Momentum | Elastic Collision

48:30 min

L-9 Conservation of Energy & Momentum

42:15 min

L-10 Conservation of Energy & Momentum

48:50 min

Rotational motion

Central forces and their properties

19:19 min

Centre of mass and its motion

18:38 min

Reduction of two body problem into one body problem

17:08 min

Angular momentum and total energy conservation of a body under central force

46:44 min

Derivation of differential equation of orbitI Mechanics

21:37 min

Finding Force Law from Differential Equation of Trajectory

28:26 min

Equation of orbit under inverse square law force

68:03 min

Nature of trajectory from potential energy curve

42:58 min

Rotational Motion L 1| Fundamentals of Rotational Motion | BSc Semester 1 | IIT JAM

50:18 min

UPSC Physics Optional (Crash Course)

404 videos

Join course for free

Join course for free

Gravitation

Kepler’s laws of planetary motion force

37:16 min

Gravitational Interaction and Newton’s shell theorem

45:48 min

Central force, Gravitational field and potential

19:07 min

Gravitational field intensity, gravitational potential, gravitational potential energy

18:16 min

Gravitational potential due to spherical shell

35:32 min

Gravitational potential and field due to SOLID SPHERE (Part-1)

21:05 min

Gravitational potential and field due to SOLID SPHERE (Part-2)

28:54 min

gravitational field and potential due to CIRCULAR DISC at its axis

17:14 min

gravitational SELF ENERGY for UNIFORM SOLID sphere

16:49 min

GRAVITATIONAL SELF ENERGY, GAUSS AND POISON'S EQUATION

48:38 min

gravitaional self energy

11:46 min

two body problem

17:08 min

Reduced mass

11:35 min

Rutherford scattering

35:21 min

Centre of Mass frame | Lecture 1 | Net Force; Momentum; and Kinetic Energy of a system

09:22 min

Centre of Mass frame | Lecture 2 | Two particle System | Reduced Mass Concept

07:54 min

Illustration-2 Centre of Mass frame

11:14 min

Illustration -1|| Centre of Mass frame || Basic method and super trick for extension in spring

11:17 min

Collision in Center of Mass frame Lecture-3

05:12 min

Illustration 3 on Collision in Center of Mass frame

07:40 min

Center of Mass | Advanced Problem | Maximum Extension in Spring with External Force | Three Methods

14:23 min

Center of Mass | Advanced Problem | Center of mass frame; Energy conservation; Circular Motion

16:31 min

Irodov Problem 1.199 | Center of Mass Frame | Angular Momentum Conservation | Maximum Extension

16:37 min

IRODOV Problem 1.175 | Maximum Deviation in oblique Collision | Center of Mass Frame & Lab Frame

24:12 min

Center of Mass | Advanced Problem | Tension as a function of Angular Displacement

17:32 min

Centre of mass & Collisions

(LEC- 53) Angular Momentum || Concept of Angular Momentum || IITJAM || GATE ||

25:29 min

(LEC- 53) (Part-2) Angular Momentum || Concept of Angular Momentum || IITJAM || GATE ||

29:59 min

(LEC- 54) Second law of Motion for Rotational Motion || IITJAM || GATE ||

20:48 min

(LEC- 55) Angular Momentum Of System of Particles || IITJAM || GATE ||

30:09 min

(LEC- 56) Angular Momentum Of Rigid Body || IITJAM || GATE ||

27:59 min

(LEC- 57) Conservation of Angular Momentum || IITJAM || GATE || B.Sc. || M.Sc. ||

29:52 min

(LEC- 58) Precession of Gyroscope || Gyroscope || IITJAM || GATE || B.Sc. || M.Sc. ||

33:39 min

CONSERVATION THEOREM OF LINEAR MOMENTUM OF A PARTICLE || CONSERVATION OF LINEAR MOMENTUM || NOTES |

03:47 min

CONSERVATION THEOREM FOR LINEAR MOMENTUM OF SYSTEM OF PARTICLES || WITH EXAM NOTES ||

15:57 min

CONSERVATION THEOREM OF ANGULAR MOMENTUM OF A PARTICLE || CONSERVATION OF ANGULAR MOMENTUM || NOTES

12:57 min

CONSERVATION THEOREM FOR ANGULAR MOMENTUM OF A SYSTEM OF PARTICLES || WITH EXAM NOTES ||

25:44 min

CONSERVATION THEOREM FOR ENERGY OF A PARTICLE || CONSERVATION OF ENERGY || WITH EXAM NOTES ||

19:05 min

CONSERVATION THEOREM FOR TOTAL ENERGY OF THE SYSTEM OF PARTICLES || CONSERVATION OF ENERGY | NOTES

33:58 min

SILVER PLAY BUTTON UNBOXING || 100K SPECIAL || UNBOXING SILVER PLAY BUTTON || SILVER PLAY BUTTON ||

04:55 min

Collisions

Collisions Class11 Physics Ch-6 | L-1 | Elastic Collision in One Dimension Derivation & Numericals

96:57 min

Collisions Class11 Physics Ch-6 | L-2 | Elastic Collision in Two Dimension Derivation & Numericals

70:52 min

Collisions Class11 Physics Ch-6 | L-3 | Coefficient of Restitution Class 11 | Concepts & Derivation

44:20 min

Collisions Class 11 Physics Ch-6 | L-4 | Inelastic Collision and Perfectly Inelastic Collision

68:23 min

Collision Class 11 Physics Ch-6 |L-5| Coefficient Of Restitution | Elastic and Inelastic Collisions

58:49 min

Collision Class 11 Physics Ch-6 | L-6 | Oblique Collision | Inelastic Collision in Two Dimension

59:47 min

Rigid Body System

Rigid Body; degrees of freedom

23:18 min

Rigid Body; Euler's Theorem

20:35 min

Angular velocity using Euler angles

22:48 min

(LEC- 56) Angular Momentum Of Rigid Body || IITJAM || GATE ||

27:59 min

Continuum Mechanics - Lec 9 - Linear Elastic Isotropic Solid

47:35 min

Hooke's Law - Stress and Strain - Strength of Materials

05:00 min

Poiseuille's equation for flow of viscous fluid | in HINDI | EduPoint

27:19 min

Bernoulli's Equation | Derivation | Assumptions | Bernoulli's theorem statement

12:38 min

Special Theory of Relativity

Special theory of relativity L 1| The Ether story| B.Sc. Semester 1 | IIT JAM

43:02 min

L 02| The Michelson Morley Experiment and its Null result | special theory of relativity B.Sc.

85:56 min

Special theory of relativity L 3| Postulates of special theory of relativity | B.Sc. Sem 1 | IIT JAM

24:22 min

Special theory of relativity L 4| Derivation of Lorentz transformations| B.Sc. Semester 1 | IIT JAM

32:09 min

Special theory of relativity L 5| Length contraction with best examples and problems | B.Sc. 1

31:29 min

STR L 6| Simultaneity in relativity and Time Dilation (Derivation) | B.Sc. 1 | IIT JAM

24:27 min

L 7| Problems on time dilation and its experimental evidence | B.Sc. 1 | IIT JAM

19:29 min

L - 8 Relativistic addition of velocities | special theory of relativity | B.Sc. 1 | IIT JAM

29:43 min

L-9 Special Theory Of Relativity | Numerical Problems On Relativistic addition of Velocities |B.Sc.

19:19 min

L-10 Special Theory Of Relativity | Relativistic Doppler Effect | B.Sc.

40:52 min

L - 11 Special Theory Of Relativity | Derivation of Relativistic Mass Variation Formula | B.Sc.

43:17 min

L -12 Special Theory Of Relativity| Derivation of Einstein's Famous Mass-Energy Equivalence E = mc²

19:49 min

L - 13 Special Theory Of Relativity | Best numerical on Problems on Relativistic Mass and Energy

27:46 min

L - 14 Derivation of Momentum Energy transformation |Special Theory of Relativity | B.Sc. I

32:45 min

STR L 15 | Increase in mass of a body in an inelastic collision | B.Sc. 1 | IIT JAM

16:09 min

L - 16 Special theory of relativity | Minkowski Space-Time | B.Sc. I | Physics | B. Tech | IIT JAM

15:48 min

L-17 | Transformations of electric and magnetic field for two inertial frames in relative motion

45:36 min

Waves

Vibrations and Waves L-01| Simple Harmonic Motion | B.Sc. Semester 1 | IIT JAM

50:39 min

Vibrations and Waves L-02 | Kinetic energy; potential energy and total energy of SHM | B.Sc. Sem1

49:24 min

Vibrations and Waves L-03| SHM as the projection of a uniform circular motion and numerical problems

47:21 min

Vibrations and Waves L-04 | Examples of SHM and Time period | Simple pendulum | B.Sc. Semester 1

35:29 min

Vibrations and Waves L-05| Compound pendulum and its time period with examples| B.Sc. I | IIT JAM

36:33 min

L-06 I Vibrations and Waves | Torsional pendulum; its time period and application|B.Sc. I | IIT JAM

35:29 min

L-07 Lissajous curves for composition of two perpendicular SHMs | Vibrations and Waves | BSc I

25:27 min

L -8 Resultant trajectory two perpendicular SHMs of equal time periods | Vibrations and Waves | B.Sc

25:11 min

L 9 Resultant trajectory two perpendicular SHMs of time periods in 1:2 | Vibrations and Waves | BSc

24:20 min

L -10 Damped Mechanical Oscillator | Over Damping ; Critical Damping and Light Damping | B.Sc. 1

48:51 min

L 11 Relaxation time; logarithmic decrement and quality factor for damped harmonic oscillator | BSc

42:54 min

L 12 | Finding unknown constants for light; critical and heavy damping of damped oscillator | BSc 1

52:41 min

L 13 | Damped Electrical Oscillator | Vibrations and Waves | BSc Physics | IIT JAM | GATE | Physics

22:12 min

DIFFRACTION OF LIGHT | ENGINEERING PHYSICS | S-1 | ENGINEERING FIRST YEAR | FADU ENGINEER

15:14 min

DIFFRACTION OF LIGHT | ENGINEERING PHYSICS | S-2 | ENGINEERING FIRST YEAR | FADU ENGINEER

09:37 min

DIFFRACTION OF LIGHT | ENGINEERING PHYSICS | S-3 | ENGINEERING FIRST YEAR | FADU ENGINEER

19:07 min

DIFFRACTION OF LIGHT | ENGINEERING PHYSICS | S-4 | ENGINEERING FIRST YEAR | FADU ENGINEER

11:07 min

DIFFRACTION OF LIGHT | ENGINEERING PHYSICS | S-5 | ENGINEERING FIRST YEAR | FADU ENGINEER

12:06 min

DIFFRACTION OF LIGHT | ENGINEERING PHYSICS | S-6 | ENGINEERING FIRST YEAR | FADU ENGINEER

06:55 min

DIFFRACTION | IMPORTANT QUESTIONS | ENGINEERING PHYSICS | ENGINEERING FIRST YEAR | FADU ENGINEER

05:06 min

Geometrical Optics

Important news for B.Sc students

01:34 min

Fermat's principle (Geometrical optics lecture : 1)

14:57 min

Fermat's Principle of Extremum path (Geometrical optics lecture : 2)

03:01 min

Law of Reflection from Fermat's Principle (Geometrical optics lecture : 3)

13:03 min

Law of Refraction from Fermat's Principle (Geometrical optics lecture : 4)

17:25 min

first order theory (Geometrical optics lecture :5)

05:41 min

Refraction at spherical surface (Geometrical optics lecture :6)

09:47 min

Refraction at spherical Surface (Real image) (Geometrical optics lecture :7)

13:20 min

Refraction at spherical Surface (Virtual image) (Geometrical optics lecture :8)

11:15 min

Refraction from concave spherical Surface (Geometrical optics lecture :9)

11:53 min

Lateral or transverse Magnification by Spherical refracting surface (Geometrical optics lecture :10)

10:27 min

Axial or Longitudinal magnification (Geometrical optics lecture :11)

07:35 min

Abbe's Sine Condition (Geometrical optics lecture :12)

14:10 min

Smith helmholtz relation (Geometrical optics lecture :13)

11:01 min

Lens Maker's formula (Geometrical optics lecture :14)

15:10 min

Deviation Produced by lens (Geometrical optics lecture :15)

06:07 min

Equivalent Focal length of Combination of two thin lens (Geometrical optics lecture :16)

12:21 min

Cardinal points of a Lens system (Geometrical optics lecture :17)

14:28 min

Nodal points of a Lens system {Cardinal points} (Geometrical optics lecture :18)

10:51 min

Construction of Image using cardinal points (Geometrical optics lecture :19)

05:15 min

Cardinal points of a combination of two thin lenses (Geometrical optics lecture :20)

26:47 min

Newton's formula (Geometrical optics lecture :21)

09:58 min

Object image Relationship; Cardinal points (Geometrical optics lecture :22)

10:38 min

Free PDF notes of Geometrical Optics for B.Sc (Cardinal points ;image formation; Fermat Principle)

01:43 min

Transverse Magnification for a Coaxial Lens system;Cardinal points (Geometrical optics lecture :23)

06:32 min

Numerical on Cardinal points of a Lens system; Example 1(Geometrical optics lecture :24)

08:45 min

Numerical on Cardinal points of a Lens system; Example 2(Geometrical optics lecture :25)

08:19 min

Numerical on Cardinal points of a Lens system; Example 3(Geometrical optics lecture :26)

06:03 min

Introduction of Aberrations in a Lens System (Geometrical optics lecture :27)

04:19 min

Spherical Aberration (Geometrical optics lecture :28)

07:51 min

Methods of reducing Spherical aberration (Geometrical optics lecture :29)

15:21 min

Coma or Comatic Aberration and it's Reduction (Geometrical optics lecture :30)

08:04 min

Astigmatism Aberration and it's Reduction (Geometrical optics lecture :31)

04:52 min

Chromatic Aberration (Geometrical optics lecture :32)

15:29 min

Circle of least Chromatic aberration or Circle of least Confusion (Geometrical optics lecture :33)

11:37 min

Achromatism /Achromatic lens (Geometrical optics lecture :34) by Anshu kapoor - for B.Sc; B.tech

13:58 min

Another method for achromatism for two lenses placed in contact (Geometrical optics lecture :35)

09:47 min

Achromatism for two lenses Seperated by finite distance (Geometrical optics lecture :36)

12:18 min

Introduction of eyepiece (Geometrical optics lecture :37)

02:54 min

Huygen's Eyepiece (Geometrical optics lecture :38)

24:27 min

Ramsden Eyepiece (Geometrical optics lecture :39)

25:08 min

Numerical on Aberration and Eyepiece (Geometrical optics lecture :40)

19:53 min

Aplantic points (Geometrical optics lecture :41)

12:54 min

Aplantic Meniscus lens and Oil immersion objective (Aplantic points)(Geometrical optics lecture :42)

07:09 min

PDF Notes| B.Sc Physics II Year | Aberration and Eye pieces (Geometrical Optics)

01:50 min

PDF Notes| B.Sc Physics II Year | Aberration and Eye pieces (Geometrical Optics)

01:50 min

PDF Notes| B.Sc Physics II Year | Aberration and Eye pieces (Geometrical Optics)

01:50 min

PDF Notes| B.Sc Physics II Year | Aberration and Eye pieces (Geometrical Optics)

01:50 min

Ray optics

Introduction to Interference in Thin Film in Hindi | Engineering Physic | Crash Course | MU

04:22 min

Path and Phase difference for Constructive and Destructive Interference in Hindi | Engineering

09:20 min

What is Optical Path Difference | Engineering Physics-1 | Crash Course | MU

10:16 min

Phase and Path Shift due to Reflection | Engineering Physics-1

02:19 min

Interference In Thin Film Of Uniform Thickness | Engineering Physics-1

20:12 min

What is Thin Film and Interference in Thin Film | Engineering Physics-1 | Crash Course | MU

01:31 min

Visibility of Fringes in Reflected System & Transmitted System | Engineering Physics-1

06:31 min

Why does an Extensive Thin Film Appear to be Perfect Black ? | Engineering Physics-1

02:50 min

Colours in Thin Film in Sunlight | Engineering Physics-1

07:35 min

Interference In Wedge Shaped Film in hindi | Engineering Physics | Detailed explanation

22:21 min

Derivation of Fringe Width | Wedge shaped Thin Film

07:42 min

Shape of Fringes | Wedge Shaped Thin Film

06:42 min

Newton's Ring Experiment : Experimental Setup | Engineering Physics-1 | Crash Course | MU

06:24 min

Deriving Expression For Diameter of Fringe in Newton's Ring Experiment

12:27 min

Why Center is Dark in Newton's Ring | Engineering Physics-1

01:58 min

Why Are Newton's rings Circular ?

05:21 min

Newton's Ring Experiment : Measurement of wavelength | Engineering Physics-1 | Crash Course | MU

02:28 min

Newton's Ring Experiment : Measurement of Radius of Curvature | Engineering Physics-1

02:46 min

Effect of change of Medium in Newton's Ring Experiment | Engineering Physics-1

13:42 min

Newton's Ring Experiment : Measurement of Refractive Index | Engineering Physics-1

04:35 min

Newton's Ring Experiment : Effect of Wavelength on Diameter| Engineering Physics-1

02:41 min

Interference of Transmitted Wave in Newton's Ring Experiment | Engineering Physics-1

05:52 min

Quick Revision Of Problems Based On Newton's Ring

15:45 min

Quick Revision Of Problems Based on wavelength | Uniform thickness thin film

08:48 min

Important Questions On Thin Film

10:30 min

🛑 Quick Revision Of Problems Based on thickness | Uniform thickness thin film

06:22 min

Wave optics

|L1| Condition for Interference | Spatial & Temporal Coherence| Modern Optics | B.Sc.3rd sem Physics

27:51 min

|L2| FRESNEL'S BIPRISM | LLOYD;S MIRROR |MODERN OPTICS | B.Sc.1st Sem Physics | Ankit Sir

29:30 min

|L3| DIVISION OF WAVEFRONT & AMPLITUDE | MODERN OPTICS | B.Sc.3rd Sem Physics | Physics Guru

16:56 min

|L4| INTERFERENCE IN THIN FILM | Modern Optics | B.Sc.3rd sem Physics | Ankit Sir Physics Guru

04:25 min

|L5| Wedge Shaped Film | Modern Optics | B.Sc.3rd Sem Physics | Ankit Sir | Physics Guru

23:10 min

|L6| Newton's Ring | Modern Optics | B.Sc.3rd Sem Physics | ANKIT SIR | PHYSICS GURU

08:45 min

|L7| MichelSon Interferometer | Modern Optics | B.Sc.3rd sem Physics | Physics Guru

08:41 min

|L8| FABRY-PEROT & TWYMANN-GREEN INTERFEROMETER | MODERN

03:00 min

|L9| DIFFRACTION | MODERN OPTICS | B.Sc. 3rd Sem Physics | Ankit Sir | Physics Guru

03:11 min

MODERN OPTICS | PHYSICAL OPTICS & LASERS | B.Sc.3rd SEM PHYSICS | ANKIT SIR | PHYSICS GURU

11:40 min

|L10| Einstein's Coefficient | Modern Optics | B.Sc.3rd Sem Physics | Ankit Sir Physics Guru

39:16 min

|L11| Polarisarion by Dichroism | Modern Optics | Modern Optics

07:53 min

Most Important Questions | Modern Optics | Physical Optics and Lasers | Important Question for exams

11:45 min

Electrostatics

Coulomb’s law || electrostatics || force between the charges || class 12 || urdu hindi

51:18 min

Electric field || Electric field intensity || Electric intensity near an isolated point charge

26:26 min

Electric field lines || Electric lines of force || properties of electric field lines || class12

45:19 min

Electric flux || electric field lines || electrostatics || class12 physics

34:49 min

Electric flux through a closed surface enclosing a charge || electrostatics || urdu / hindi

38:36 min

Gauss’s law || electric flux through an arbitrary surface || electrostatics || class12 physics

24:24 min

Electric intensity due to a hollow charged sphere || Application of Gauss’s law || class12 | Physics

39:47 min

Electric intensity due to an infinite sheet of charge || Application of Gauss’s law || class12

29:27 min

Electric intensity due to oppositely charged plates|| Application of Gauss’s law || class12 Physics

27:43 min

Electric potential || potential difference || electrostatic potential || class 12 electrostatics

26:24 min

Relation between electric intensity and potential || Electric field as potential gradient ||class 12

38:22 min

Capacitor || concept of capacitance || Electrostatics || Physics

38:44 min

Parallel plate capacitor || effect of dielectric on capacitance || Electrostatics || Physics

45:09 min

Electron volt || Electrostatics || Electron volt and Joules || class 12 || Physics

20:32 min

Combination of capacitors || series combination || parallel combination || equivalent capacitance

51:29 min

Electric potential at a point due to a point charge || Absolute electric potential || class 12

53:26 min

Lecture 1 : The cource structure and the basics of magnetostatics : by Prof HC Verma

26:47 min

LEC 2 Volume Current Density

23:22 min

Lecture 3: Surface current density: by Prof HC Verma #electrodynamics

25:14 min

Lecture 4 : Equation of Continuity:by prof HC Verma #electrodynamics

32:38 min

Lecture 5 : Magnetic field is relativistic phenomenon: by prof HC Verma #electrodynamics

30:32 min

Lecture 6 : Properties of magnetic field : by prof HC Verma

26:44 min

Lecture 7 : problem on magnetic field 1 : by prof HC Verma

36:31 min

Lecture 8 : Motion in Magnetic field 1 :by prof HC Verma : Classical Electromagnetism 2

26:09 min

Lecture 9 : Motion in Magnetic field 2 :by HC Verma : Classical electromagnetism 2

29:16 min

lecture 11: Magnetic dipole by prof HC Verma; classical electromagnetism 2

33:37 min

Lecture 10 : Magnetic confinement : by Prof HC Verma / classical electrodynamics

29:05 min

Lecture 13 : closed B-E1 by prof HC Verma //classical electrodynamics

28:28 min

lecture 14 : E-B 2 BY HC VERMA// classical electromagnetism

33:19 min

Lecture 15: crossrd E-B field 3 by HC verma// classical electromagnetism

35:18 min

Lecture 16; Problem solving 2

26:52 min

Electromagnetic Waves

L-1 Electromagnetic waves | Maxwell's Equations and their physical significance | Electrodynamics

19:49 min

L-2 Electromagnetic waves | Derivation of wave equations for em waves in dielectrics and conductors

36:53 min

L-3 Electromagnetic waves| Propagation of EM waves in conductor | Plain wave solution and skin depth

27:46 min

L-4 Electromagnetic waves | Poynting vector and its significance | Poynting theorem | B.Sc. I | EMFT

19:39 min

L-5 Electromagnetic waves | Poynting theorem and its proof | BSc I | MSc Physics | Electrodynamics

28:02 min

EM waves L 6| Anomalous dispersion of EM waves in conductors | B.Sc. 1 | MSc Physics Electrodynamics

18:02 min

EM waves L 7 | Behaviour of a material for EM waves | B.Sc. 1 | MSc Physics | EMFT | Electrodynamics

15:45 min

L 9 Average value of poynting vector in a conductor & Polarization of EM waves | B.Sc.

36:54 min

L 10 Reflection & Transmission of EM Waves for Normal Incidence | Electromagnetic Waves | EMFT

49:02 min

L 11 EM Waves | Reflection & transmission of EM Waves for oblique incidence | Fresnel's Equations

23:24 min

EM waves L 8| Characteristic impedance of conductors and dielectrics for EM waves |B.Sc. 1| EMFT

22:22 min

planck's quantum || planck's constant || light as a collection of photons || bsc 4th sem physics

04:27 min

black body radiation || ferry's black body || bsc physics || bindas physics

06:30 min

spectrum of black body radiation || bsc physics || bindas physics

04:05 min

quantum theory of light || quantum theory of light bsc physics || bindas physics

05:05 min

compton scattering || elements of modern physics lecture 5

05:20 min

de broglie wavelength and matter waves || bsc 4th sem physics || bindas physics

03:58 min

davisson and germer experiment || bsc physics

06:45 min

wave description of particles by wave packets || wave packets bsc physics

03:21 min

phase and group velocity || phase velocity || group velocity || phase and group velocity bsc physics

06:36 min

relation between phase velocity and group velocity || phase and group velocity bsc physics

03:01 min

wave amplitude and wave function || bsc 4th semester physics

02:57 min

Thermodynamics

Thermodynamics | Introduction to Thermodynamics

35:41 min

Thermodynamics | Module 1 | Thermodynamics System & Properties (Lecture 1)

58:34 min

Thermodynamics | Module 1 | Laws of Thermodynamics (Lecture 2)

37:52 min

Thermodynamics | Module 2 | Work and Heat Transfer | Part 1 (Lecture 3)

52:27 min

Thermodynamics | Module 2 | Work and Heat Transfer | Part 2 (Lecture 4)

46:32 min

Thermodynamics | Module 2 | Work and Heat Transfer | Part 3 (Lecture 5)

64:26 min

Thermodynamics | Module 2 | Work and Heat Transfer | Part 4 (Lecture 6)

33:08 min

Thermodynamics | Module 3 | First Law of Thermodynamics | Part 1 (Lecture 7)

67:33 min

Thermodynamics | Module 3 | First Law of Thermodynamics | Part 2 (Lecture 8)

48:16 min

Thermodynamics | Module 3 | Steady Flow Energy Equation | Part 1 (Lecture 9)

45:46 min

Thermodynamics | Module 3 | Steady Flow Energy Equation | Part 2 (Lecture 10)

48:33 min

Thermodynamics | Module 3 | Numericals on Steady Flow Energy Equation (Lecture 11)

58:55 min

Thermodynamics | Module 3 | Unsteady Flow & Work Transfer for Open System (Lecture 12)

50:51 min

Thermodynamics | Module 4 | Second Law of Thermodynamics (Lecture 13)

52:47 min

Thermodynamics | Module 4 | Numericals on Unsteady Flow & Second Law of Thermodynamics (Lecture 14)

52:44 min

Thermodynamics | Module 5 | Entropy I Part 1 (Lecture 15)

41:01 min

Thermodynamics | Module 5 | Entropy I Part 2 (Lecture 16)

30:33 min

Thermodynamics | Module 5 | Entropy I Part 3 (Lecture 17)

22:04 min

Thermodynamics | Module 5 | Entropy I Part 4 (Lecture 18)

38:31 min

Thermodynamics | Module 6 | Available Energy I Part 1 (Lecture 19)

41:11 min

Thermodynamics | Module 6 | Useful Work Part - 1 | (Lecture 20)

42:22 min

Thermodynamics | Module 6 | Useful Work Part - 2 | (Lecture 21)

28:53 min

Thermodynamics | Module 6 | Entropy Generation | (Lecture 22)

40:02 min

Thermodynamics | Module 6 | Available Energy for Open and Closed System | (Lecture 25)

30:44 min

Thermodynamics | Module 7 | Pure Substance | Part 1 (Lecture 26)

42:48 min

Thermodynamics | Module 7 | Pure Substance | Part 2 | (Lecture 27)

50:24 min

Thermodynamics | Module 7 | Pure Substance | Part 3 | (Lecture 28)

52:21 min

Thermodynamics | Module 7 | Pure Substance | Part 4 | (Lecture 29)

38:42 min

Thermodynamics | Module 7 | Pure Substance | Part 4 | (Lecture 29)

38:42 min

LEC-1 Macrostates and Microstates

43:51 min

LEC-2 Basic Terms of Statistical Mechanics

28:53 min

LEC-3 Statistical Fluctuations

44:36 min

LEC-4 THE PHASE SPACE AND CELL 1

34:53 min

LEC-5 THE PHASE SPACE AND CELL 2

17:18 min

LEC-6 POSTULATES OF STATISTICAL MECHANICS

33:25 min

LEC-7 PHASE SPACE VOLUME

17:30 min

LEC-8 CONDITION OF THERMAL EQUILIBRIUM- BETA PARAMETER

34:53 min

LEC-9 MAXWELL-BOLTZMANN AND FERMI-DIRAC STATISTICS

48:54 min

LEC -10 Bose-Eisenstein Statistics

11:30 min

LEC-12 MAXWELL - BOLTZMANN'S DISTRIBUTION FUNCTION

29:07 min

LEC-11 STIRLING APPROXIMATION

18:32 min

Quantum Mechanics

LEC - 1 Introduction to the quantum physics

17:01 min

LEC-2 Postulates of Quantum mechanics

31:52 min

LEC - 3 Failure of classical (EM) theory

18:04 min

LEC - 4 Photoelectric effect

32:11 min

LEC - 4(2nd) Einstein photoelectric equation

17:58 min

LEC-5 Inadequacy of old quantum theory

10:26 min

LEC - 6 Compton's effect

35:47 min

LEC- 8 De Broglie hypothesis

21:22 min

LEC-9 Davisson Germer experiment

20:59 min

LEC-10 Group velocity and phase velocity

35:08 min

LEC-10(2nd) Phase velocity and group velocity 2

23:58 min

LEC-11 Heisenberg uncertainty principle

34:41 min

LEC -12 Uncertainty principle from De Broglie wave

25:21 min

LEC - 13 Schrödinger Time Dependent Equation || Quantum Mechanics || B. Sc / M. Sc Physics

33:31 min

LEC-14 Wave function

27:17 min

LEC - 15 Significance of wave function

28:23 min

LEC-15(2nd) Characteristics of wave function

21:22 min

LEC-16 Normalisation of wave function part 1

21:05 min

LEC-16(2nd) Normalisation of wave function part 2

22:41 min

LEC -18 Operators and observables

36:15 min

LEC-19 Schrodinger time independent equation

34:42 min

LEC-17 Expectation value

27:36 min

LEC-20 Probability current density

32:12 min

LEC-21 The Ehrenfest Theorem

63:24 min

LEC-22 The Ehrenfest Theorem 2

36:45 min

LEC-23 THE BLACK BODY

26:01 min

LEC-24 THE BLACK BODY RADIATIONS

24:52 min

LEC-25 RAYLEIGH JEANS LAW 'ULTRAVIOLET CATASTROPHE'

27:52 min

LEC-26 PLANCK'S LAW FOR BLACK BODY RADIATIONS

19:58 min

LEC-27 DERIVATION OF PLANCK'S LAW

31:11 min

LEC-30 Potential Step

47:47 min

LEC -31 Potential Step (continue)

30:24 min

LEC-33 Potential well / Particle in a box

22:28 min

LEC-34 Potential well/ particle in a box part 2

28:34 min

LEC -35 The Potential Barrier

46:53 min

LEC-36 The Potential Barrier 2

30:21 min

LEC-37 The Potential Barrier (Quantum Tunnelling)

49:02 min

LEC -38 Quantum Tunneling

31:35 min

LEC- 39 The Harmonic Oscillator

59:25 min

LEC- 40 The Harmonic Oscillator 2

52:44 min

LEC- 41 The Harmonic Oscillator 3

71:22 min

LEC-42 Wave Functions For The Harmonic Oscillator

68:14 min

LEC-43 INTRODUCTION TO LINEAR VECTOR SPACES

29:23 min

LEC-44 LINEAR VECTOR SPACES

31:29 min

LEC-45 INNER PRODUCT OF VECTORS 2

15:28 min

LEC-44 INNER PRODUCT OF VECTORS

15:08 min

LEC-45 BASIS VECTORS; SUBSPACE OF VECTOR SPACE

20:15 min

Solid State Physics, Devices and Electronics

|L1| Syllabus Discussion | Solid state Electronics |B.Sc.3rd year Physics | Ankit Sir

07:30 min

|L1| Semiconductors | Solid State electronics | B.Sc.3rd yr Physics | Physics guru | Ankit Sir

29:26 min

|L2| Semiconductors Definitions | Solid State Electronics | B.Sc.3rd Year Physics | Ankit Sir

32:15 min

L3| p-n junction | Solid State Electronics | B.Sc.3rd yr Physics | Ankit Sir | Physics guru

24:46 min

|L4| INTRINSIC / EXTRINSIC SEMICONDUCTORS | Solid State Elec

23:47 min

|L5| Mass Action Law | Carrier Concentration | Charge Neutrality | Solid State Electronics

16:26 min

|L6| PN Junction | Solid State Electronics | B.Sc.3rd yr physics | solid state electronics

18:11 min

|L7| PN Junction Diode | Unbiased and Biased | Solid State Electronics | bsc 3rd yr physics

34:58 min

|L8| V-I Charactristics of pn junction diode | vi charactristics | Solid State electronics

14:30 min

|L9| ZENER DIODE | Solid State Electronics | B.Sc.3rd yr Physics | Ankit sir | Physics Guru

09:43 min

|L10| Zener Diode as Voltage Regulator | Solid State Electronics | B.Sc.3rd yr Physics | Ankit Sir

13:26 min

|L11| Tunnel Diode | Tunneling Effect | B.Sc.3rd Yr Physics | Solid Stare Electronics

16:18 min

|L12| LED | Light Emitting Diode | Solid State Electronics | B.Sc.3rd Yr Physics #lightemittingdiode

09:22 min

|L13| POINT CONTACT DIODE | SOLID STATE ELECTRONICS |B.Sc. 3RD YR PHYSICS | ANKIT SIR

12:14 min

|L14| PHOTO DIODE | THERMISTOR | SOLID STATE ELECTRONICS | B.Sc.3rd yr Physics | Ankit Sir Physics

12:18 min

|L15| Transistor | NPN | PNP | Theory | Working | Solid State Electronics | B.Sc.3rd yr Physics

29:42 min

|L16| Transistor Configuration | CB/CE/CC Mode | B.Sc.3rd yr physics| Solid state electronics |

50:47 min

|L17| h Parameters | Solid State electronics | B.Sc.3rd yr Physics | ankit sir | Physics guru

27:19 min

|L18| Q Point | dc Load Line | Solid State Electronics | B.Sc.3rd yr Physics |Ankit sir Physics guru

23:06 min

|L19| STABILIZATION | SOLID STATE ELECTRONICS | B.Sc.3rd Yr Physics | Ankit Sir | Physics Guru

16:35 min

|L20| FIXED BIAS | SOLID STATE ELECTRONICS | B.Sc.3rd Yr Physics | ANKIT SIR | PHYSICS GURU

18:33 min

|L21| Collector to Base Bias | Solid State electronics | B.Sc.3rd Yr Physics |Ankit sir Physics Guru

18:07 min

|L22| Emitter Bias/Voltage divider Bias/Self Bias | Solid State Electronics | B.Sc.3rd yr Physics

16:05 min

|L23| J-FET | FET | SOLID STATE ELECTRONICS | SOLID STATE ELECTRONICS | B.Sc.3rd yr PHYSICS

23:37 min

|L24| MOSFET | ENHANCEMENT & DEPLETION | SOLID STATE ELECTRONICS | B.Sc.3rd Yr Physics |Physics Guru

13:46 min

|L25| SCR | SILICON CONTROLLED RECTIFIER | SOLID STATE ELECTRONICS | B.Sc.3rd Yr Physics | Physics

13:07 min

|L26| AMPLIFIERS | CLASS- A/ B/ AB/ C | SOLID STATE ELECTRONICS | B.Sc.3rd yr Physics

26:38 min

UPSC Physics Optional (Crash Course)

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Video lectures for UPSC Physics Optional (Crash Course) 2025 is part of UPSC CSE exam preparation. The videos have been prepared according to the UPSC CSE exam syllabus. The Video lectures, notes, tests & MCQs are made for UPSC CSE 2025 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests here.

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