Suppose that, while lying on a beach near the equator of a far-off planet watching the sun set over a calm ocean, you start a stopwato just as the top of the sun disappears. You then stand, elevating your eyes by a height H = 1.59 m, and stop the watch when the top of the sun again disappears. If the elapsed time is t = 10.4 s, what is the radius r of the planet to two significant figures? Notice that duration of a solar day at the far-off planet is the same that is on Earth. (Hint: See Sample Problem 1-4.) Number Units

College Physics
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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Suppose that, while lying on a beach near the equator of a far-off planet watching the sun set over a calm ocean, you start a stopwatch
just as the top of the sun disappears. You then stand, elevating your eyes by a height H = 1.59 m, and stop the watch when the top of
the sun again disappears. If the elapsed time is t = 10.4 s, what is the radius r of the planet to two significant figures? Notice that
duration of a solar day at the far-off planet is the same that is on Earth. (Hint: See Sample Problem 1-4.)
Number
Units
Transcribed Image Text:Suppose that, while lying on a beach near the equator of a far-off planet watching the sun set over a calm ocean, you start a stopwatch just as the top of the sun disappears. You then stand, elevating your eyes by a height H = 1.59 m, and stop the watch when the top of the sun again disappears. If the elapsed time is t = 10.4 s, what is the radius r of the planet to two significant figures? Notice that duration of a solar day at the far-off planet is the same that is on Earth. (Hint: See Sample Problem 1-4.) Number Units
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