Doppler wavelength shift equation

AI Thread Summary
The Doppler wavelength shift equation varies depending on whether the emitter or receiver is moving, with a combined equation available for both. For light emitted from the sun, the relativistic Doppler shift equation is λ = λ₀ √((1+v)/(1-v)), which accounts for high speeds. However, for corrections involving only the Earth's speed relative to the sun, the classical formula suffices. The discussion emphasizes the importance of selecting the appropriate equation based on the context of the motion involved. Understanding these equations is crucial for accurately calculating wavelength shifts in light.
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Can anyone tell me what the doppler wavelength shift equation is?

thanks
 
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I'm trying to find the wavelength shift for light with a certain wavelength that is emitted from the sun. Is there a different kind of equation for light wavelength shifts?
 
There's the relativistic Doppler shift, \lambda= \lambda _0 \sqrt{ \frac{1+v}{1-v}}
But if you're only making the correction of the speed Earth to Sun, the classical formula is enough, I think
 
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