Of course. Anything that is material has some degree of density.
No. Neptune's mean density is 1.638 g/cm³.
AnswerThe density of Neptune is 1.638 kg/m3.AnswerNeptune's density is 1.638 g/cm³. That means that in every cm cubed it weighs 1.638 grams.AnswerNeptune's average, or mean, density is 1640 kg/m3.
No. Neptune is a gas planet.
I can Neptune from anywhere any time
Of the four gas giants; Jupiter, Saturn, Uranus and Neptune, Neptune is the smallest. Uranus is the least massive though, bigger than Neptune but lower in density and mass.
No. Neptune is a planet. It has several moons.
1.638 g/cm (then the little three thing above cm)
Jupiter, Saturn, & Neptune.
Neptune has a low density,only about 1.6 times the destiny of water. Neptune is the eighth planet from the biggest star "The Sun". Neptune revolves arround the sun in a nearly circular orbit at a mean of about 2.8 billion miles{49 kilometers}.
None. There is no water on Neptune.For water to form, a planet needs volcanic activity. The the steam from volcanoes evaporates and falls back down to the planet, forming lakes and oceans.This is impossible on Neptune, because Neptune:Is a gas giant. It has no surface or plates. Which means no volcanoesIt is too far from the sun for water to remain in liquid stateNeptune looks like an ocean planet because of the methane gasses in its atmosphere which reflect the blue spectrum from the dim sunrays back into space.
This is a question that arose from another question I asked earlier today, but why is Neptune more dense than Uranus despite being close to the same size, but further from the sun? As I understand it, heavier elements should have been concentrated closer to the sun during the formation of the planets. The only theory I have heard is that Neptune somehow formed closer to the sun than Uranus, and drifted to a further orbit, but I received no explanation as to how that would happen. Another theory I heard is that it formed from a larger amount of less dense material, and that mass compressed it, but as I understand it, larger volumes of less dense materials make for larger, thus less dense planets. For example, Jupiter despite it's huge mass is still less dense than any of the inner four planets. hop this is what you needed... :)
No.