Assertion: sphere's radius | /r/SimilarTo | an osmium sphere
Facets:
value: at the earth's surface
type: LOCATION
Source sentences:
text: Solving for osmium, with a density of 22588 kg/m^3, you get 5751 km, less that the radius of the Earth (which means an Osmium sphere at the Earth's surface should exert a Hill sphere beyond its radius and that you'd have to solve the Gaussian sub-volume of the Earth to get an accurate number for when the Hill sphere of the osmium sphere developed its own Hill sphere).