1. The problem statement, all variables and given/known data A hollow glass block is floating in a container of methyl alcohol. Initially, everything is at a temperature of 20 degrees C, and just 7% of the block is above the suface of the alcohol. If you heat the container (gently and evenly- so that everything warms up together), at what temperature will the block sink to the bottom? 2. Relevant equations So far, I think I need these: V = V initial (1+Beta x change in Temp) Beta = Coefficient of Thermal expansion (volume) Buoyant force = rho x V x g (but I am not given the density of methyl alcohol in my book) Coef for Therm Exp. for Methyl alcohol = 1200 x 10^-6 3. The attempt at a solution I am pretty sure I will use the first equation, I just don't know how yet.... I don't know any volumes,and I don't have any dimensions to get there, so I don't know how to begin. The 93% submerged tidbit has got to be useful, but I don't see how to use it :( Something to do with buoyant force....? Thank you ahead of time for any help!!!