For low particle speeds, show that the right side of the equation reduces to m. 10. The Doppler shifted frequency (f) for a source emitting light waves of frequency and moving with f0 relative radial speed (speed parameter = is given by: v v/c) β (source and detector separating) (source and detector moving toward) How fast and in what direction must galaxy A be moving if an absorption line found at wavelength 550 nm (green) for a stationary galaxy is shifted to 450 nm (blue) for galaxy A? How fast and in what direction is galaxy B moving if it shows the same line shifted to 700 nm (red)?
For low particle speeds, show that the right side of the equation reduces to m. 10. The Doppler shifted frequency (f) for a source emitting light waves of frequency f0 and moving with relative radial speed v (speed parameter β = v/c) is given by: (source and detector separating) (source and detector moving toward) How fast and in what direction must galaxy A be moving if an absorption line found at wavelength 550 nm (green) for a stationary galaxy is shifted to 450 nm (blue) for galaxy A? How fast and in what direction is galaxy B moving if it shows the same line shifted to 700 nm (red)?
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