According to the Hubble law, if Galaxy A is 10 times more distant than Galaxy B, then Galaxy A is   a. receding 10 times faster than Galaxy B.   b. approaching 10 times faster than Galaxy B.   c. receding 100 times faster than Galaxy B.   d. approaching 100 times faster than Galaxy B.

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  1. According to the Hubble law, if Galaxy A is 10 times more distant than Galaxy B, then Galaxy A is
      a.
    receding 10 times faster than Galaxy B.
      b.
    approaching 10 times faster than Galaxy B.
      c.
    receding 100 times faster than Galaxy B.
      d.
    approaching 100 times faster than Galaxy B.
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