Suppose you are outside watching the sunset. The sky is mostly clear except for a few puffy clouds right above you. The sun has just gone down over the horizon so you can no longer see it. Explain why the clouds above your head appear to be red by describing what happens to the light on its journey from the sun to the clouds and then to your eyes. (Note. Refraction, which causes light to follow a slightly curved path through the atmosphere and which was not covered in the reading, is not required to explain the answer to this question. The clouds are above you, so there can be a direct line from cloud level to the sun, even though you cannot directly see the sun at ground level.)
Suppose you are outside watching the sunset. The sky is mostly clear except for a few puffy clouds right above you. The sun has just gone down over the horizon so you can no longer see it. Explain why the clouds above your head appear to be red by describing what happens to the light on its journey from the sun to the clouds and then to your eyes. (Note. Refraction, which causes light to follow a slightly curved path through the atmosphere and which was not covered in the reading, is not required to explain the answer to this question. The clouds are above you, so there can be a direct line from cloud level to the sun, even though you cannot directly see the sun at ground level.)
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Suppose you are outside watching the sunset. The sky is mostly clear except for a few puffy clouds right above you. The sun has just gone down over the horizon so you can no longer see it. Explain why the clouds above your head appear to be red by describing what happens to the light on its journey from the sun to the clouds and then to your eyes. (Note. Refraction, which causes light to follow a slightly curved path through the atmosphere and which was not covered in the reading, is not required to explain the answer to this question. The clouds are above you, so there can be a direct line from cloud level to the sun, even though you cannot directly see the sun at ground level.)
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