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Find the wavelength, frequency and speed...

Find the wavelength, frequency and speed of refracted light if it is incident from air to a glass surface. Wavelength of light is 590 nm and refractive index of glass is 1.5.

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To solve the problem of finding the wavelength, frequency, and speed of refracted light when it passes from air to glass, we can follow these steps: ### Step 1: Calculate the Frequency of Light The frequency (ν) of light can be calculated using the formula: \[ ν = \frac{C}{λ} \] where: ...
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Knowledge Check

  • A ray of light travelling inside a rectangular glass block of refractive index sqrt(2) is incident on the glass–air surface at an angle of incidence of 45^(@) . The refractive index of air is 1. Under these conditions the ray

    A
    Will emerge into the air without any deviation
    B
    Will be reflected back into the glass
    C
    Will be absorbed
    D
    Will emerge into the air with an angle of refraction equal to `90^(@)`

  • A ray of light travelling inside a rectangular glass of block of refractive indx xx sqrt(2) is incident on the glass air surface at an angle of incidence of 45^(@) . the refractive index of air is 1 . The ray will

    A
    emerge into air without any deviation
    B
    be reflected back in to glass
    C
    be absorbed
    D
    emerge in to air with an angle of refraction equal to ` 90^(@)`

  • The wavelength of green light in air and in glass is 5300 Å and 3533 Å. The refractive index of glass is

    A
    1
    B
    `1.5`
    C
    2
    D
    `2.4`

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