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Ceres in real life has a surface gravity of 0.027g. It has a mass of 8.96x10^20 kg and a diameter of 946 km. This gives it a density of 2.08 g/cm^3. This is roughly twice the density of water.
Your planetoid has a 'in lore' diameter of 19 km and a surface gravity of 0.1g. Given its radius and surface gravity, it would realistically have a mass 9007.2 times that of real-life Ceres. Contained within a volume 123427.7 times smaller. Thus its density must be 1111737979.4 times greater than that of Ceres. To be fair, it's still a hundred times less dense than your typical neutron star.