Visible light travels more slowly through an optically dense medium than through a vacuum. A possible explanation for this could be that the light: A is absorbed and re-emitted by the atomic structure of the optically dense medium. B is absorbed and re-emitted by the nucleus of the material in the optically dense medium. C bounces around randomly inside of the optically dense medium before emerging. D loses amplitude as it passes through the optically dense medium. Solution: The correct answer is A.
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Physics, 22.06.2019 01:30, markmeinberg
Ajet plane has a sound level of 120 db at a distance of 60 m. what is the q23. sound level at a distance of 6.0 km? (60)2 (6000)? om solution 80db db, hint: 16x assume ultrasound waves travel through the body of an animal at 1540 q24. m/s. if a 30,000 hz signal were reflected off a portion of a heart which was moving toward the source at 3 m/s, what frequency signal would return to the stationary source? solution 30.117hz
Answers: 3
Visible light travels more slowly through an optically dense medium than through a vacuum. A possibl...
History, 10.04.2020 16:28