A new prototype starship is traveling to the Andromeda galaxy with a velocity of 0.9c. The prototypes data is then used to develop a more efficient starship engine for interstellar travel. To develop the new prototype the data has to be recorded on earth every month so the research station on earth sends a signal with a wavelength of 50 nm every month. What will be the starships receiving wavelength?
A new prototype starship is traveling to the Andromeda galaxy with a velocity of 0.9c. The prototypes data is then used to develop a more efficient starship engine for interstellar travel. To develop the new prototype the data has to be recorded on earth every month so the research station on earth sends a signal with a wavelength of 50 nm every month. What will be the starships receiving wavelength?
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![6. A new prototype starship is traveling to the Andromeda galaxy with a velocity of 0.9c.
The prototypes data is then used to develop a more efficient starship engine for
interstellar travel. To develop the new prototype the data has to be recorded on earth
every month so the research station on earth sends a signal with a wavelength of 50 nm
every month. What will be the starships receiving wavelength?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5bdd839d-0655-41d7-8c89-559933636fef%2F20cc0f5c-370e-4018-8c60-98761d0b6784%2Fs0uag1k_processed.png&w=3840&q=75)
Transcribed Image Text:6. A new prototype starship is traveling to the Andromeda galaxy with a velocity of 0.9c.
The prototypes data is then used to develop a more efficient starship engine for
interstellar travel. To develop the new prototype the data has to be recorded on earth
every month so the research station on earth sends a signal with a wavelength of 50 nm
every month. What will be the starships receiving wavelength?
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