You are observing a the spectrum of two astronomical objects, A and B. You notice that all of the lines in the spectrum of object A are 10.5 nm longer than you expected. You also notice that all of the lines in the spectrum of object B are 2.1 nm shorter than you expected. Using your knowledge of the Doppler Effect determine the following: a) in which direction is each object moving? b) which object is moving the fastest?
You are observing a the spectrum of two astronomical objects, A and B. You notice that all of the lines in the spectrum of object A are 10.5 nm longer than you expected. You also notice that all of the lines in the spectrum of object B are 2.1 nm shorter than you expected. Using your knowledge of the Doppler Effect determine the following: a) in which direction is each object moving? b) which object is moving the fastest?
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![You are observing a the spectrum of two astronomical
objects, A and B. You notice that all of the lines in the
spectrum of object A are 10.5 nm longer than you
expected. You also notice that all of the lines in the
spectrum of object B are 2.1 nm shorter than you
expected. Using your knowledge of the Doppler Effect
determine the following:
a) in which direction is each object moving?
b) which object is moving the fastest?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa0b64753-9de2-4343-9b0a-1377b1bdddb7%2F6f43de92-8453-40db-bc2b-f1a55d06a571%2Fjvdb8f_processed.jpeg&w=3840&q=75)
Transcribed Image Text:You are observing a the spectrum of two astronomical
objects, A and B. You notice that all of the lines in the
spectrum of object A are 10.5 nm longer than you
expected. You also notice that all of the lines in the
spectrum of object B are 2.1 nm shorter than you
expected. Using your knowledge of the Doppler Effect
determine the following:
a) in which direction is each object moving?
b) which object is moving the fastest?
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