Skip to main content

Important Long Questions in Physics Grade XII

Important Long (Derivations) Questions in Physics Grade XII

Hey NEB students, we've collected all the derivations in one place for you from Physics Grade XII. We ensure that you will get good marks on board examination after practice in these questions.

MUST READ

  • We provided the list of long questions (derivations) only. You can easily find the solution in your text book.
  • Important questions are marked as bold text.
  1. Equation of Progressive wave
  2. Principle of superposition and equation of stationary wave
  3. Newton's formula for velocity of sound in air and Laplace correction
  4. Closed Organ Pipe
  5. Open organ pipe
    6.
  6. Resonance Air Column tube
  7. Velocity of transverse wave in stretched string
  8. Verificatioon of laws of transverse vibration in stretched string
  9. Pressure amplitude
  10. Intensity of sound : Loudness
  11. Expression for beat frequency
  12. Doppler's effect and it's various cases
    13.
  13. Verification of laws of reflection of light on the basis of Wave theory
  14. Verification of laws of refraction of light on the basis of Wave theory
  15. Determination of velocity of light by Foucault's method
  16. Determination of velocity of light by Michelson's method
  17. Young's double slit experiment in interference
  18. Newton's Ring
  19. Fraunhoffer's diffraction a ssingle slit
  20. Diffraction grating
  21. Polarization by reflection: Brewster's law
  22. To verify transverse nature of light
  23. Mechanism of Metallic conduction: Drift velocity
  24. Combination of resistors: Series and Parallel
  25. Experimental verification of Joule's law of heating
  26. Relation between internal resistance, emf and potential difference
  27. Grouping of Cells
  28. Kirchhoff's law: Wheatstone bridge circuit
  29. Meter Bridge
  30. To determine internal resistance of a cell using potentiometer
    31.
  31. To compare emf of two cells using potentiometer
  32. Variation of thermo emf with temperature
  33. Experimental verification of Faraday's First and second law of electrolysis
    34.
  34. Force on a current carrying conductor: Lorentz force
  35. Torque on a rectangular coil in a uniform magnetic field
  36. Moving Coil galvanometer
  37. Hall effect
    38.
  38. Magnetic field at the center of current carrying circular coil by Biot Savarts law
  39. Magnetic field on the axis of current carrying Circular coil using Biot Savarts law
  40. Magnetic field due to a straight current carrying conductor using Biot Savarts law
  41. Magnit field on the axis of the solenoid using Biot Severts law
  42. Force between two Parallel current carrying conductor
  43. Magnet Field due to a current carrying solenoid by Ampere's law
    44.
  44. Relation between real and apparent dip
  45. Relationship between magnetic permeability and susceptibility
  46. Emf induced in a straight conductor moving in a uniform magnetic field
  47. Emf induced in a coil rotating in a magnetic field
    48.
  48. Working of AC generator
  49. Self inductance of a solenoid
  50. Mutual inductance of two coaxial solenoid
  51. Energy stored in inductor
  52. Transformer working
  53. AC through an inductance and a resistance (LR) circuit
  54. AC through an capacitance and a resistance (RC) circuit
  55. AC through an inductance, Capacitance and a resistance (LCR) circuit
    56.
  56. Eectrical Resonance in LCR circuit
  57. Power consumed in series LCR circuit
  58. Millikan's oil drop experiment
    59.
  59. Gaseous discharge at various pressure
  60. J-J Thomson's experiment
  61. Einstein Photoelectric equation
    62.
  62. Millikan's experiment and measurement of Planck's constant
  63. Forwad and reverse bias characteristics of PN junction diode
    64.
  64. Half Wave rectifier
  65. Full wave rectifier
  66. Zener diode as voltage regulator
    67.
  67. Common emitter characteristics of a transistor
  68. Determination of radius of an orbit by Bohr's theory
  69. Energy of electron in nth using Bohr's theory
  70. Helium Neon Laser
  71. Production of X-rays by modern Collidge experiment
    72.
  72. Bragg's law of diffraction
  73. General Properties of Nucleus
  74. Binding energy, mass defect and binding energy per nucleon curve
  75. Nuclear fission and Nuclear Fusion
  76. Laws of radioactive disintegration: Decay equation
    77.
  77. Global energy consumption and demand
  78. Classification of elementary particles
  79. Red shift: Expanding Universe law: Hubble's law
  80. Quark model
Labels:

Comments

Post a Comment

Popular posts from this blog

Physics: Simple Harmonic Motion - SHM

Simple Harmonic Motion(SHM) What is Periodic motion? The motion which repeats itself after equal intervals of time is called periodic motion . For example: the motion of planets and satellites, vibration of springs, motion of pendulum, motion of different hands in watch etc. What is Simple Harmonic Motion? The periodic motion in which particle moves to and fro (back and forth) such that the acceleration of the particle is directly proportional to the displacement from mean position and directed towards the mean position is called simple harmonic motion. i.e. for SHM, a ∝ y ( where y is the displacement from mean position) or, a = −ky ..........................(i) (Where, k is proportionality constant. Negative sign shows that the acceleration opposes the displacement from mean position.) SHM in terms of uniform circular motion(Characteristics of SHM): Equation of SHM: Consider a particle moving in a circular orbit having centre at O and radius r with uniform angular velocity ω. Let P...
1 comment
Read more

Exploring Doppler's Effect: How Sound Waves Change Frequency

Exploring Doppler's Effect: How Sound Waves Change Frequency Table of Contents What is Doppler’s Effect? A. Source in motion and observer at rest: a. Source moving towards the observer: b. Source moving away from the observer: B. Observer in motion and source at rest: a. Observer moving towards the source: b. Observer moving away from the source: C. Source and observer both are in motion: a. Source and observer approaching each other: b. Source and observer receding each other: c. Source leading the observer: d. Observer leading the source: Doppler’s Effect summarization Doppler’s red shift: Limitations of Doppler’s effect: What is Doppler’s Effect? When there is a relative motion between the source of a sound and observer, the frequency or pitch of the sound received by the observer is different than the actual frequency or pitch. This phenomenon is called Doppler’s effect. The apparent change in pitch or the frequency of sound due to relative motion between source of sound and ob...
Post a Comment
Read more

The Heritage of Words - The Lamentation of the Old Pensioner - Summary - Grade XII

 The poem "The Lamentation of the Old Pensioner" was composed by an Irish poet and dramatist W.B. Yeats. The speaker of the poem "The Lamentation of the Old Pensioner" is a retired old man who expresses his feeling of sadness and disappointment of having the beauty and youth robbed by the tyranny of time. This poem also contrasts the old and present age of the poet. The poet has felt that time is omnipotent and nobody can resist it. Everyone has to go through various stages of life. Old people are not a burden, rather they are the sources of experience, knowledge, and guidance. The speaker implies that we shouldn't regret as we grow old but celebrate old age. The speaker is sitting under a broken tree while taking shelter under a broken tree. He feels that he is like that broken tree. When the tree was young and beautiful, everybody came and sat under it, but now when it is broken, it's felt alone. In the first stanza, the speaker compares his energetic and ...
Post a Comment
Read more