Using the approximate formula for the Doppler shift, f₀ $\approx$ f_s (1 + v_rel / c) one finds that a source is moving away at 0.60 c.What result would the exact formula yield for the recession speed? A) 0.84 c B) 0.72 c C) 0.60 c D) 0.54 c E) 0.40 c

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The Answer of Using the approximate formula for the Doppler shift, f₀ $\approx$ f_s (1 + v_rel / c) one finds that a source is moving away at 0.60 c.What result would the exact formula yield for the recession speed? A) 0.84 c B) 0.72 c C) 0.60 c D) 0.54 c E) 0.40 c

Using the Approximate Formula for the Doppler Shift, F0 ≈\approx≈ Fs (1 + Vrel / C) One Finds That a Fs

Using the Approximate Formula for the Doppler Shift, F₀ $\approx$ F_s (1 + V_rel / C) One Finds That a F_s