24:29

MHD EQUATIONS || MAGNETOHYDRODYNAMIC EQUATIONS || PART - 2 || PLASMA PHYSICS || WITH EXAM NOTES ||

29:15

MHD EQUATIONS || MAGNETOHYDRODYNAMICS EQUATIONS || PART - 1 || PLASMA PHYSICS || WITH EXAM NOTES ||

24:31

ALFVEN WAVE || PLASMA PHYSICS || ALFVEN WAVES IN PLASMA || MAGNETOHYDRODYNAMIC WAVES ||

20:43

ROCKET EQUATION | ROCKET PROPULSION | SINGLE STAGE ROCKET | ROCKET | MOTION OF ROCKET| EXAM NOTES |

14:51

HELMHOLTZ RESONATOR || CONSTRUCTION, WORKING, MATHEMATICAL ANALYSIS & USE OF HELMHOLTZ RESONATOR ||

21:00

LISSAJOUS FIGURES FOR FREQUENCY RATIO 2 : 1 || LISSAJOUS FIGURE || WITH EXAM NOTES ||

23:08

LISSAJOUS FIGURE || LISSAJOUS FIGURES FOR FREQUENCY RATIO 1 : 1 || WITH EXAM NOTES ||

18:36

EULER'S EQUATION OF MOTION | BERNOULLI' S THEOREM FROM EULER'S EQUATION OF MOTION | FLUID MECHANICS

16:56

STOKES LAW || STATE & PROOVE STOKE'S LAW || FLUID MECHANICS || WITH EXAM NOTES ||

19:10

TERMINAL VELOCITY || FLUID MECHANICS || WITH EXAM NOTES ||

14:31

EXCESS PRESSURE INSIDE LIQUID DROP | FLUID MECHANICS | WITH EXAM NOTES |

19:18

VENTURIMETER | CONSTRUCTION, PRINCIPLE, WORKING OF VENTURIMETER | FLUID MECHANICS | EXAM NOTES |

25:47

TORRCELLI'S THEOREM | TORRCELLI'S LAW | VELOCITY OF EFFLUX | FLUID MECHANICS | WITH EXAM NOTES |

44:41

BERNOULLI'S THEOREM | STATE & PROOVE BERNOULLI'S THEOREM | FLUID MECHANICS | WITH EXAM NOTES |

19:51

EQUATION OF CONTINUITY || FLUID MECHANICS || WITH EXAM NOTES ||

27:43

POISEUILLE'S EQUATION | POISEUILLE'S FORMULA FOR FLOW OF LIQUID IN A CAPILLARY TUBE || EXAM NOTES ||

16:52

STEFAN'S LAW || DEDUCTION OF STEFAN'S LAW FROM PLANK'S RADIATION LAW || WITH EXAM NOTES ||

28:48

WIEN'S DISPLACEMENT LAW | WIEN'S DISPLACEMENT LAW FROM PLANK'S RADIATION LAW | STATISTICAL PHYSICS |

27:40

RELATIVISTIC DOPPLER EFFECT FROM FOUR VECTOR PERSPECTIVE | LONGITUDINAL & TRANSVERSE DOPPLER EFFECT

13:35

RECTILINEAR FLOW OF HEAT ALONG A BAR | FOURIER EQUATION OF HEAT FLOW | PART - 2 | WITH EXAM NOTES |

26:09

RECTILINEAR FLOW OF HEAT ALONG A BAR | FOURIER EQUATION OF HEAT FLOW | PART - 1 | WITH EXAM NOTES |

16:03

RADIATION PRESSURE || PART - 2 || STATISTICAL MECHANICS || WITH EXAM NOTES ||

27:32

RADIATION PRESSURE || PART - 1 || STATISTICAL MECHANICS || WITH EXAM NOTES ||

20:57

FRESNEL'S EQUATIONS | PART - 4 ( WHEN ELECTRIC FIELD IS PARALLEL TO PLANE OF INCIDENCE | NOTES

26:28

FRESNEL'S EQUATIONS | PART - 3 ( WHEN ELECTRIC FIELD IS PARALLEL TO PLANE OF INCIDENCE | NOTES

20:26

FRESNEL'S EQUATIONS | PART - 2 ( WHEN ELECTRIC FIELD IS PERPENDICULAR TO PLANE OF INCIDENCE | NOTES

29:59

FRESNEL'S EQUATIONS | PART - 1 ( WHEN ELECTRIC FIELD IS PERPENDICULAR TO PLANE OF INCIDENCE | NOTES

20:23

ENERGY OF A PLANE PROGRESSIVE WAVE | ENERGY DENSITY, INTENSITY ( ENERGY FLUX OR ENERGY CURRENT |

15:30

SHOW THAT ELECTRIC FIELD ( E ) & MAGNETIC FIELD ( B ) ARE PERPENDICULAR TO EACH OTHER IN EM WAVE ||

24:50

TRANSVERSE NATURE OF EM WAVE | TO SHOW E & H ARE PERPENDICULAR TO EACH OTHER || WITH EXAM NOTES ||

16:31

RELATION BETWEEN E & H IN A UNIFORM PLANE WAVE || TO PROVE | E | / | H | = 377 OHM = 120 π OHM ||

01:43

SOLID STATE PHYSICS, M.Sc. PHYSICS 2nd SEM, QUESTION PAPER, 17 MAY 2024 || KURUKSHETRA UNIVERSITY ||

01:05

SPECIAL FUNCTIONS & INTEGRAL TRANSFORMS, B.Sc. 4th SEM, QUESTION PAPER, 16 MAY 2024 | KUK |

01:12

REAL & COMPLEX ANALYSIS, B.Sc. 6th SEM, QUESTION PAPER, 15 MAY 2024 || KURUKSHETRA UNIVERSITY, KUK |

27:20

REFLECTION & TRANSMISSION OF EM WAVES BY A PERFECT DIELECTRIC FOR OBLIQUE INCIDENCE || PART - 2 ||

01:17

SEQUENCE & SERIES, B.Sc. 4th SEM, QUESTION PAPER, 14 MAY 2024 || KURUKSHETRA UNIVERSITY, KUK ||

01:10

NUCLEAR & PARTICLE PHYSICS, M.Sc. 2nd SEM, QUESTION PAPER, 13 MAY - 2024 | KURUKSHETRA UNIVERSITY |

01:01

ORGANIC CHEMISTRY, B.Sc. 6th SEM, QUESTION PAPER, 11 MAY 2024 || KURUKSHETRA UNIVERSITY, KUK ||

23:08

REFLECTION & TRANSMISSION OF EM WAVES BY A PERFECT DIELECTRIC FOR OBLIQUE INCIDENCE || PART - 1 ||

01:28

B.Sc. 6th SEM, PHYSICAL CHEMISTRY, QUESTION PAPER, 9 MAY 2024 || KURUKSHETRA UNIVERSITY || KUK ||

01:21

QUANTUM MECHANICS, M.Sc. PHYSICS, SEM - 2, QUESTION PAPER, 9 MAY 2024 || KURUKSHETRA UNIVERSITY, KUK

32:31

REFLECTION & TRANSMISSION OF EM WAVES BY A PERFECT DIELECTRIC FOR NORMAL INCIDENCE || EXAM NOTES ||

01:19

INORGANIC CHEMISTRY, B.Sc. 6th SEM, QUESTION PAPER, 6 MAY 2024 || KURUKSHETRA UNIVERSITY ||

30:25

RELATIVISTIC DOPPLER EFFECT FROM FOUR VECTOR PERSPECTIVE | THEORY OF RELATIVITY | WITH EXAM NOTES |

21:43

LAGRANGIAN, HAMILTONIAN & EQUATIONS OF MOTION FOR A PROJECTILE || CLASSICAL MECHANICS || NOTES ||

00:21

DATESHEET, B.Sc. 4th SEM, MAY / JUNE - 2024 EXAMINATION, KURUKSHETRA UNIVERSITY |

00:31

AREA OF TRAINGLE, SPHERE & CYLINDER FORTRAN | FORTRAN PROGRAM AREA OF TRAINGLE, SPHERE & CYLINDER |

26:55

TOTAL ENERGY, RELAXATION TIME, POWER DISSIPATION & QUALITY FACTOR OF DAMPED HARMONIC OSCILLATOR ||

19:09

RELATION BETWEEN RECOIL ANGLE IN LAB SYSTEM & CENTRE OF MASS SYSTEM IN ELASTIC SCATTERING | NOTES |

42:56

RELATION BETWEEN KINETIC ENERGY IN CENTRE OF MASS & LAB SYSTEM IN ELASTIC SCATTERING | EXAM NOTE |

00:30

FEMALE NOBEL PRIZE WINNERS IN PHYSICS || WOMEN WHO GOT NOBEL PRIZE IN PHYSICS || NOBEL PRIZE ||

26:09

RELATION BETWEEN VELOCITIES & SCATTERING ANGLES IN COM & LAB SYSTEM IN ELASTIC SCATTERING | NOTES |

32:12

ELASTIC SCATTERING IN CENTRE OF MASS SYSTEM | ELASTIC COLLISION IN CENTRE OF MASS SYSTEM | NOTES |

21:34

ELASTIC SCATTERING IN LAB SYSTEM | ELASTIC COLLISION IN LABORATORY FRAME OF REFERENCE | EXAM NOTES |

26:21

INCREASE IN MASS IN AN INELASTIC COLLISION || SPECIAL THEORY OF RELATIVITY || WITH EXAM NOTES ||

21:33

KEPLER'S 2nd LAW OF PLANETARY MOTION || LAW OF EQUAL AREAS || STATEMENT & PROOF | WITH EXAM NOTES ||

29:46

ENERGY IN SHM || ENERGY OF A SIMPLE HARMONIC OSCILLATOR || WITH EXAM NOTES ||

31:39

ELASTIC COLLISION IN ONE DIMENSION | 1 - D ELASTIC COLLISION | WITH ALL SPECIAL CASES | EXAM NOTES |

15:39

CONICAL PENDULUM || WITH EXAM NOTES ||

20:41

SPEED OF LONGITUDINAL WAVE IN A FLUID || WAVE & OSCILLATIONS || WITH EXAM NOTES ||