0.1399
It is 71492 kilometres.
between 300-550 dollars depending on the amount of original finish remaining on the wood and steel.
Jupiter is not a perfect sphere: it bulges out at its equator.The polar radius is 66854 kmThe equatorial radius is 71492 kmThe average radius is 69911 km.
Jupiter is not a perfect sphere: it bulges out at its equator.The polar radius is 66854 kmThe equatorial radius is 71492 kmThe average radius is 69911 km.
Jupiter has a radius of 71492 KM. The volume of a sphere (Jupiter isn't perfectly spherical, but neither is Earth) is (1.3333*pi*r^3) which is (to an appropriate level of precision) 1,530,367,760,220,138 cubic KM. Earth is 6378 KM in radius, so the volume is 1,086,618,294,482 cubic KM. (pant, pant, pant...) (I'm glad I have computers to do this part!) So 1,530,367,760,220,138 divided by 1,086,618,294,482 = 1,408.3 Earths would fit inside the volume of Jupiter. HOWEVER..... Earth is a rocky planet, with a density of 5.52, while Jupiter is a gas giant with a density of 1.33. That means that while Jupiter has 1,400 times the volume of Earth, it has "only!" 318.25 times the mass.
By "size" do you mean its diameter (at equator) or its mass? (radius below is half the diameter) Planet radius mass "Mercury" 2439 3.30E+23 "Venus" 6052 4.87E+24 "Earth" 6378 5.98E+24 "Mars" 3398 6.42E+23 "Jupiter" 71492 1.90E+27 "Saturn" 60268 5.69E+26 "Uranus" 25559 8.69E+25 "Neptune" 24764 1.02E+26 "Pluto" 1160 1.32E+22 (technically no longer a planet ;-) So Venus is 95% the radius and 81% of the mass of Earth Compare that to Mars at 53% radius and 11% of the mass of Earth Neptune is 97% the radius and 117% the mass of Uranus. Saturn is 84% the radius and 30% the mass of Jupiter. So I'd say Neptune and Uranus.
No. In fact it is the most dense planet. The least dense is Saturn.