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A light beam falls onto a spherical water droplet, is refracted into the droplet, reflected at the inner backside and leaves the droplet again after a second refraction. Calculate the entry angle for which the angle between incoming and outgoing beam is maximal. Refractive index for the light: 1.331.

A light beam falls onto a spherical water droplet, is refracted into the droplet, reflected at the inner backside and leaves the droplet again after a second refraction. Calculate the entry angle for which the angle between incoming and outgoing beam is maximal. Refractive index for the light: 1.331.

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5. Water droplet A light beam falls onto a spherical water droplet, is refracted into the droplet, reflected at the inner backside and leaves the droplet again after a second refraction. Calculate the entry angle for which the angle between incoming and outgoing beam is maximal. Refractive index for the light: 1.331.
Transcribed Image Text:5. Water droplet A light beam falls onto a spherical water droplet, is refracted into the droplet, reflected at the inner backside and leaves the droplet again after a second refraction. Calculate the entry angle for which the angle between incoming and outgoing beam is maximal. Refractive index for the light: 1.331.
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