The figure below shows the motion of a distant star relative to Earth (not to scale). The red arrows indicate the speed and direction of the star's motion relative to Earth. Longer arrows mean faster speed. Rank the stars based on the Doppler shift that we would detect on Earth, from largest blueshift through no shift, to largest redshift. The figure below shows the motion of a distant star relative to Earth (not to scale). The red arrows indicate the speed and direction of the star's motion relative to Earth. Longer arrows mean faster speed. Rank the stars based on the Doppler shift that we would detect on Earth, from largestblueshift through no shift, to largest redshift.A)(not to scale)

When source radiating wave is approaching towards an observer, its wavelength decreases and…

The figure below shows the motion of a distant star relative to Earth (not to scale). The red arrows indicate the speed and direction of the star's motion relative to Earth. Longer arrows mean faster speed. Rank the stars based on the Doppler shift that we would detect on Earth, from largest blueshift through no shift, to largest redshift. A) B) C) D) E) (not to scale)

The figure below shows the motion of a distant star relative to Earth (not to scale). The red arrows indicate the speed and direction of the star's motion relative to Earth. Longer arrows mean faster speed. Rank the stars based on the Doppler shift that we would detect on Earth, from largest blueshift through no shift, to largest redshift. A) B) C) D) E) (not to scale)