Young's Double Slit Experiment

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  • Опубликовано: 12 июл 2024
  • This physics video tutorial provides a basic introduction into young's double slit experiment. It explains how to calculate the distance between the slits given the wavelength of light used and distance from the slit to the screens. It also explains how to calculate the distance between the first order bright fringe and the central bright fringe. The bright fringes are the locations where constructive interference occurs and the dark fringes are produced due to destructive interference. This tutorial contains many examples and practice problems.
    Ray Diagrams:
    • Ray Diagrams
    The Huygens Principle:
    • Huygens Principle - Ph...
    Young's Double Slit Experiment:
    • Young's Double Slit Ex...
    Single Slit Diffraction:
    • Single Slit Diffractio...
    Diffraction Grating Problems:
    • Diffraction Grating Pr...
    Polarization of Light Problems:
    • Polarization of light ...
    ____________________________
    Brewster's Angle:
    • Brewster's Angle, Pola...
    Planck's Constant and Blackbody Radiation:
    • Planck's Constant and ...
    Photon Momentum and Effective Mass:
    • Photon Momentum and Ef...
    Wien's Law:
    • Blackbody Radiation an...
    Compton Effect & Wavelength:
    • Compton Effect and Com...
    Physics 2 Final Exam Review:
    • Physics 2 Final Exam R...
    _________________________________
    Final Exams and Video Playlists:
    www.video-tutor.net/
    Full-Length Videos and Worksheets:
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    @user-nv6qs2qh9u 4 года назад +1

    12:45
    Multiply 8.5 x 3
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  • @Toddg1234Mr
    @Toddg1234Mr 2 года назад

    Look at the RUclips video "Double Slit Experiment" by Todd Grigsby.
    It uses an interferometer to show that light waves can bounce off another.
    This applies to the double slit experiment thus the title.

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  • @anissofia1731
    @anissofia1731 5 лет назад +1

    Thank you sir for this veryy understanding video! But you only teach about the bright fringe and i want to know about dark fringe. Im having problem with determining the m of dark fringe.

    • @Jobeexotic
      @Jobeexotic 5 лет назад +4

      for dark fringe, change lambda to lambda/2 in the equations

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    @rachealacheampong28 6 лет назад +7

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  • @eduflyer
    @eduflyer 4 года назад +1

    why is theta equivalent to theta 1 at 4:00 minutes into the video? I wanted to know why those 2 angles are equivalent. tks

  • @abdullahannaijjar9306
    @abdullahannaijjar9306 3 года назад +1

    If the distance between the two points is 6cm and the angle of reflection, is 30⁰ what is the wavelength?

  • @theniqabinextdoor9272
    @theniqabinextdoor9272 6 лет назад

    we just did this in class

  • @michaelgonzalez9058
    @michaelgonzalez9058 Год назад +1

    Is sine-product which is the dark of the pupil sight

  • @ishmam5541
    @ishmam5541 Год назад +1

    anwer of the third question : 1.76*10^-3 m/1.33 = 1.32*10^-3

    • @JoshuaMcHale-oj8xy
      @JoshuaMcHale-oj8xy 5 месяцев назад

      right?! that is what i got as well, i am unsure why he isnt dividing by the m (canceling m)

  • @porschechen6582
    @porschechen6582 4 года назад

    On the last example, why didn't we multiple m=4 on the left side of the equation?

  • @L1_scann
    @L1_scann 3 года назад

    u waffled so hard

  • @sin_2
    @sin_2 Год назад

    what about darker sides? do we just add 1/2lamda ?

  • @JoshuaMcHale-oj8xy
    @JoshuaMcHale-oj8xy 5 месяцев назад

    for the final example, when calculating for d, why are you not dividing by m? I see you are leaving it on the numerator side of the equation when dividing by the remaining left side, but not including it on the denominator.... which would cancel m out entirely... maybe I am missing something.. someone explain pls

  • @hajerkindi6441
    @hajerkindi6441 2 года назад

    for 10:35 instead of using dy(1)=lambda m D you could've just used tan1.5 times 4.5 (make your life easier)

  • @mohdrafiqbasri5603
    @mohdrafiqbasri5603 4 года назад +1

    How to consider angle is small?

  • @duckman03
    @duckman03 5 лет назад +4

    Is it normal to have an average of 17 lessons per subject for finals?

    • @zach7559
      @zach7559 3 года назад

      A little high. We have 14

  • @jacobmartinelli7496
    @jacobmartinelli7496 4 года назад

    What would happen if the constructive interferencing from 1 set of double slits passed through another set of double slits? Would the universe break because of energy being created?

    • @rangareddy4336
      @rangareddy4336 4 года назад

      😂😂😂 it's very likely that's you'd not be able to align the double slits at the exact same spot where the waves are in phase, but if you do... You'll just get another interference pattern where the intensity/amplitude is lesser than the last interference pattern you saw.
      The highest intensity in an interference pattern is achieved at the centre of the double slits (projected on the screen) but if you plan on using another 'Double' slit, the starting intensity of the light would be less than the original, and hence you'd only get a fainter interference pattern :)

  • @euphoria522
    @euphoria522 3 года назад

    If we are asked to calculate lamda or width fringe of first minima are we going to use m=0
    Or m=1
    Helppppp

  • @smexypanda89
    @smexypanda89 3 года назад +5

    I came here to understand a meme 😔

  • @dn-wb7uk
    @dn-wb7uk 4 года назад

    i don't get why the two angles (theta 1) are equivalent. could you help me to prove it please?
    thank you

    • @ADTheAwesome
      @ADTheAwesome 3 года назад

      It has to do with the geometry of similar triangles

  • @ireneposada3714
    @ireneposada3714 3 года назад

    Do you know how much I love you Do you know how much I love you

  • @JenniC2
    @JenniC2 6 лет назад

    I learned this last summer in CSA at CalTech.

  • @waiitwhaat
    @waiitwhaat 3 года назад +4

    As a math nazi, nothing pierces my ear worse than hearing, "thirty-three point _fifteen_ centimeters"
    I'm kidding lol. I actually found this really helpful. Thankyou so much!

  • @matthewkoob7600
    @matthewkoob7600 Год назад

    what a god

  • @CuriosityGuy
    @CuriosityGuy 2 года назад

    A wave is spread across. In a double slit experiment, if the wavefunction representing the electron, hits the slits, shouldn’t that be a measurement and shouldn’t that collapse the wavefunction? Now, you'll say it's not a physical wave, it's a probability wave. But then how does a probability wave split into two after the slits? Then, it should be like, the wave hits the slits, the electron says, dude I'm going through the slits, so don't collapse, but you can split into two and diffract. When does it decide that it's going through the slit?

  • @kahlolomolefe9141
    @kahlolomolefe9141 Год назад

    Why did they divide the distance of the two slits by 10^3??

  • @chessgamer1198
    @chessgamer1198 6 лет назад +1

    Can we use white light in this expriment ? If yes how ? If not why ?

    • @matthewbrennan3127
      @matthewbrennan3127 5 лет назад +2

      No, because white light is a mixture red, blur, green, ect., which are at different wavelengths. This experiment uses light at just one wavelength. If you use light with different wavelengths, then each wavelength is going to be diffracting at different angles and interfering with each other so you won't get the neat maximum-minimum pattern on the screen

    • @callumdoherty4681
      @callumdoherty4681 5 лет назад +1

      Yes, you can use white light, it will just produce an even cooler looking interference pattern as the different colours will diffract at a different angle, leaving you with something similar to a horizontal looking rainbow

    • @rangareddy4336
      @rangareddy4336 4 года назад

      Monochromatic light is preferred because the resulting interference pattern is more sharper when compared to a white light (which is a mixture of other colours).
      White would give you interference, but not as sharp and distinct as a monochromatic source.