Hehe... that would actually fit their bill nicely. Guess who was a founding member? Cecil Rhodes. Yup, the money-making magnate who essentially conquered a good deal of modern Zimbabwe and neighbouring countries for the Brits.
Ouch. No Crash landing on that planet. I mean you "could crash landing" on earth and might able to get away, but on diamonds?
Assuming that diamond planet is completely solid, I'm getting
It can turn into a boring game with lame jump scares that everyone but me seems to like? [insert fade hate everything joke here]What could possibly go wrong with a ship mining resources of a planet?
Naaaaaaah.
Mass, not volume. It should be the same gravity, if we go by Newton's law.
The key is that we are trying to find the surface gravity. You are correct, the mass is roughly the same, so the pull of gravity is the same at a given distance. The distance from the center of mass is determined by where the surface is. For a planet with roughly the mass of Jupiter and a radius of no more than 30,000 km[1], the surface gravity would be at least 14g[2]
Good point, herp derp >_< I forgot the distance variable. *smacks self*
