No, the asthenosphere and the core do not have the same density. The core is denser than the asthenosphere due to its composition of mostly iron and nickel. The asthenosphere is less dense because it is made up of partially molten rock.
The average density of the Earth's core is estimated to be around 13 g/cm^3.
Yes, if two objects have the same volume and density, they will have the same mass. This is because mass is calculated by multiplying density and volume; therefore, having the same density and volume means the objects will have the same mass.
The density of a submerged submarine is about the same as the density of the fluid it is submerged in, which is typically seawater. This allows the submarine to float or sink based on its buoyancy and weight.
If two objects have the same density, then their mass and volume must also be the same. Density is calculated by dividing an object's mass by its volume, so if the density is the same for two objects, it means that the ratio of their mass to volume is equal.
The density of gold is the same regardless of its form, which is approximately 19.3 g/cm^3. Therefore, the density of gold in a ring and in a necklace would be the same if they are made of the same type of gold alloy.
The lithosphere in thinner!!!!! duuaaa...lol it is thinner because it is between the crust and the outer core and the athenosphere is every where!!!!!!!!!!!!!!!1
It is different because they are not the same
heat from the outer core and the mantle when it drifts up to the asthenosphere it causes convection.
Yes
They both have an iron core, and they have the same density.
Athenosphere is an extremely viscous liquid.
The inner core has the most or highest amount of density (iron/nickel).
the answer is athenosphere because it has less percent and since mantle has the most then athenosphere should have the 67% of the earths mass
by density change
solid
The core has the highest density among the crust, mantle, and core. This is because the core is composed mainly of iron and nickel, which are heavy elements that increase its overall density compared to the other layers of the Earth.
No it can not. We know this because we know the mass of the whole Earth (by looking at its gravity) and if the whole Earth were made of rocks of the same density as we see at the surface, there would not be enough mass to account for the gravity. The Earth must have more dense stuff in its core.