Uranium has the greater density. Note that "1 g" is irrelevant - the density of a substance doesn't depend on how much of the substance you take.
The density of water is 1000 gr cm-3 and the density of the Earth is about 5400 gr cm-3. So it's denser.
Yes, gravity pulls all objects towards Earth's center, regardless of their density. However, denser substances have more mass per unit volume, so they may sink lower in the Earth's crust due to density variations.
Closer than Earth? Next orbiting body closer to the sun is Venus. Last in and closest orbit is Mercury.
The atmosphere becomes less dense with altitude. Atmosphere, thin though it is, has weight, and it is the weight of the air above which compresses the air below it, to greater density.
The moon has about one-sixth the gravity of Earth.
The density of uranium is 19,1 g/cm3.
Less
Uranium is more dense than lead, yes. The density of the two metals is 19.1 and 11.34 grams per cubic centimeter, respectively. That makes uranium almost twice as dense as lead.
No
The average density of the terrestrial planets is greater than the density of Earth's crust. Terrestrial planets have higher densities due to their composition of rock and metal, while Earth's crust is composed of lighter minerals like granite and basalt.
The density of mantle material is greater at point A due to the increase in pressure at greater depths within the Earth. As depth increases, the materials experience more compression, leading to a denser structure. This higher density contributes to the differentiation and layering of the Earth's interior.
As compared to Earth the density of URANUS is less, since Uranus is one among the gaseous planets.
At room temperature uranium is a solid metal, not hot; the melting point of uranium is 1 132,2 0C.
The net density of the earth is much higher than the density of the materials that make up the crust and other portions of the planet that we can reach. There for the parts we cannot yet reach must have a much greater density, or the net density would not be as great as it is.
Yes, the density is greater in the Earth's core than in the lithosphere. The core is composed mainly of iron and nickel, which are denser materials compared to the rocks and minerals found in the lithosphere. This difference in density is a key factor in the Earth's layering and helps drive the process of plate tectonics.
Uranium is only one of the components of the earth mantle.
Uranium was created in the early stages of the universe by stellar nucleosynthesis. Uranium cannot be lost from the earth.