A parallel beam of light is incident on a transparent sphere of refractive index n. If the beam finally gets focussed at a point situated at a distance = 2 * (radius of sphere) from the

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A parallel beam of light is incident on a transparent sphere of refractive index n. If the beam finally gets focussed at a point situated at a distance = 2 * (radius of sphere) from the
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A parallel beam of light is incident on a transparent sphere of refractive index n. If the beam finally gets focussed at a point situated at a distance = 2 * (radius of sphere) from the A parallel beam of light is incident on a transparent sphere of refractive index n. If the beam finally [...]
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