Would there be Rayleigh scattering in an atmosphere of sulfur dioxide?

Can a planet with a dense atmosphere composed mainly of sulfur dioxide have a blue sky like Earth's due to Rayleigh scattering? Or would the composition change the color of the sky? I mean, it's well known that methane is responsible for the bluish colors of the atmospheres of the icy giants of the solar system, Uranus and Neptune, so it's logical to think that a planet with a significant amount of methane in its atmosphere would have a blue-green sky, would the same thing happen in a planet with a dense atmosphere of sulfur dioxide?

• You got a good answer - but next time :-) consider that this is a physics or astronomy question and you're more likely to get good technical responses in those groups. Worldbuilding is pretty much exclusively for semi-fantasy world configurations. – Carl Witthoft Jan 6 at 18:44
• @CarlWitthoft I thought it would be a good idea to ask this question in this group, since it's a hypothetical scenario and I have noticed that there are several experts on the subject here. Anyway, thanks for the suggestion. – URIZEN Jan 7 at 22:47

Rayleigh Scattering is a universal physical process so it will always be involved when light passes through gases. Which is not to say it will always be the dominant determinant of the color of the sky. But in the case of an atmosphere composed of $$SO_2$$ that is doesn’t significantly absorb wavelengths shorter than 600 nm, Rayleigh scattering will dominate the color of the sky.
But the efficiency of scattering is proportional to the polarizability of the molecule. $$N_2$$ and $$O_2$$ have similar values ~1.6-1.7. $$SO_2$$ is 3.8