Predicting specific events such as the timing of supernovae is challenging, as it depends on a variety of factors and uncertainties. While Betelgeuse, a red supergiant star in the constellation of Orion, is known to be nearing the end of its life cycle and is expected to go supernova at some point in the future, it is difficult to estimate the precise timing.
As for the chances of a star located between the Sun and Betelgeuse going supernova before Betelgeuse itself, it is even more uncertain. This is because the evolution and lifetimes of stars depend on numerous factors such as their mass, composition, and internal dynamics, which can vary significantly from star to star.
In general, stars more massive than Betelgeuse have shorter lifetimes and are more likely to go supernova sooner. However, pinpointing the timing of supernovae for specific stars is challenging due to the inherent complexities of stellar evolution and the limited knowledge we have about individual stars outside of our immediate vicinity.
Moreover, the distance between stars in the galaxy is vast, and the chances of a star located between the Sun and Betelgeuse going supernova before Betelgeuse itself are difficult to quantify. It would require detailed knowledge of the characteristics and evolution of each star in that region, which is not currently available.
In summary, while Betelgeuse is anticipated to go supernova at some point in the future, it is challenging to predict its exact timing. Estimating the chances of a star between the Sun and Betelgeuse going supernova before Betelgeuse itself is even more uncertain, as it would require precise knowledge of individual stars' characteristics and their evolutionary paths.