The colors seen in a soap bubble are due to .......

  • A
    Interference
  • B
    Diffraction
  • C
    Dispersion
  • D
    Reflection

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The beautiful iridescent (like a rainbow) colors on the wings of a tropical or morpho butterfly are due to

The following diagram is an arrangement to view the interference pattern produced by a wedge of liquid between a microscope slide and a glass block. The interference pattern obtained is made of equally spaced parallel fringes. The fringe separation (or fringe width) $\beta$ may be decreased by some of the following actions (Consider one change at a time).

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$A$ very thin transparent film (like a soap bubble) is viewed in white light. The color of the film appears .......

White light is incident at an angle of $30^\circ$ on a soap film with a refractive index of $4/3$. The wavelength of the transmitted light is observed to be $6 \times 10^{-5} \, cm$. Find the minimum thickness of the film.

White light reflected from a soap film (Refractive Index $\mu = 1.5$) has a maxima at $600 \ nm$ and a minima at $450 \ nm$ with no minimum in between. Then the thickness of the film in units of $10^{-7} \ m$ is:

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