Two observers are on different floors of a building, as shown in the figure below. The observer on the bottom floor shines a light upward, which is reflected from a mirror in an upper floor and sent back downward. Consider the gravitational redshift of the light due to the Earth. If the light has a wavelength of exactly 600 nm when emitted, the observer on the upper floor will measure a wavelength of __________ while the observer on the lower floor will see the light returning with a wavelength of __________. $Two observers are on different floors of a building, as shown in the figure below. The observer on the bottom floor shines a light upward, which is reflected from a mirror in an upper floor and sent back downward. Consider the gravitational redshift of the light due to the Earth. If the light has a wavelength of exactly 600 nm when emitted, the observer on the upper floor will measure a wavelength of __________ while the observer on the lower floor will see the light returning with a wavelength of __________. A) 600 nm, 600 nm B) \gt 600 nm, 600 nm C) \lt 600 nm, \lt 600 nm D) 600 nm, \gt 600 nm E) \gt 600 nm, \gt 600 nm$
A) "600 nm, 600 nm"
B) "

\gt

600 nm, 600 nm"
C) "

\lt

600 nm,

\lt

600 nm"
D) "600 nm,

\gt

600 nm"
E) "

\gt

600 nm,

\gt

600 nm"

What Is True About Muons

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