The longest wavelength of light emitted by hydrogen in the Balmer series is lo= 656nm. In light from a distant galaxy, this wavelength is measured to be =1458 nm. Find the speed V at which the distant galaxy is receding from the earth in terms of c.
The longest wavelength of light emitted by hydrogen in the Balmer series is lo= 656nm. In light from a distant galaxy, this wavelength is measured to be =1458 nm. Find the speed V at which the distant galaxy is receding from the earth in terms of c.
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![23. The longest wavelength of light emitted by
hydrogen in the Balmer series is lo=
656nm. In light from a distant galaxy, this
wavelength is measured to be A =1458 nm.
Find the speed V at which the distant
galaxy is receding from the earth in terms
of c.
0.450c
0.550c
0.664c
1.506c](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0c6ae864-4be1-443c-847c-208d7f570b30%2Fcb61fb77-4e4d-45e4-851f-32b318d097c6%2Ffy0z2to_processed.jpeg&w=3840&q=75)
Transcribed Image Text:23. The longest wavelength of light emitted by
hydrogen in the Balmer series is lo=
656nm. In light from a distant galaxy, this
wavelength is measured to be A =1458 nm.
Find the speed V at which the distant
galaxy is receding from the earth in terms
of c.
0.450c
0.550c
0.664c
1.506c
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