Least Dense to densest:
Exosphere > Thermosphere > Mesosphere > Stratosphere > Troposphere.
That would be the corona--the outermost layer, and, to use a terrestrial (and not really equivalent) term, its atmosphere. The corona is the bright halo of light visible only during a total eclipse. Its density at its base (closest the Sun's surface) is only about 400 million atoms per cubic centimetre. This may seem a large number, but the earth's atmosphere is about 10 trillion times denser at sea level. Moreover, the corona's density drops exponentially: by a factor of e (2.71828) for every 50,000 kilometres farther out from the surface you go.
Iron. Anything heavier is created in a supernova explosion.
Sorry this answer only applies to 1st generation Stars which started with just Hydrogen & Helium and could only perform fusion up to Iron because any fusion beyond Iron requires more energy than a stars fusion reactions can provide. However the Nova's and Supernova's of the 1st Generation stars produced elements beyond Iron possibly all the way up to Urainium which could then be found in Generation 2 & 3 Stars.
Depends on the star. Our Sun is a little denser than water (140% the density of water, about 25% the density of Earth). A neutron star is as dense or denser than the nucleus of an atom. A red giant is much less dense than water. But this is to surfaces you cannot stand on, or put clamps onto to measure it.
A neutron star. Neutron stars have about the same mass as our sun squeezed down to about the size of a city. At this density the entire human population would equal the size of a sugar cube. Black holes are the remains of huge stars after they have died. These are the densest objects in the universe.
The core is the least dense layer of the Earth.
There is a theoretical maximum mass that a star can have; the star Eta Carina is one of the most massive. Other even more massive stars are not visible from Earth, because of their distance.
the exosphere is the lowest in desity of the layers of the atmosphere
In the earliest part of it's formation - a protostar.
At a guess it would be VY Canis Majoris with a density of 0.000005 to 0.000010 kg/m3
Water for comparison is 1,000 kg/m3 as a liquid.
The Sun is about 1.408×103 kg/m3
The core of a star contracts under the force of its own gravity. This contraction increases the temperature in the core.
core is the densest layer of the earth
Nuclear Fusion occurs in the core of stars.
Massive stars do not cool as they collapse, the collapse in on themselves because their cores become too heavy and dense, these atoms in the core are in an area so dense and so hot that it continues to increase its temperature as it explodes.
Glowing cloud sections that will eventually become stars are protostars. These protostars are clouds of interstellar gas and dust, which gradually collapse causing a hot dense core to form and evolve into a star.
The crust is the least dense. The inner core is the most dense. So from the middle outwards the layers get less and less dense
From most dense at the core to least dense proceeding outward.
The core is the most dense layer
No. It is the most dense.
inner core outter core mantle and crust
inner core outter core mantle and crust
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It is neither. The densest layer is the inner core. The least dense layer is the crust.
The outer core, inner core, mantle, crust, water, atmosphere. This is the order from densest to least dense.
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The outer core, inner core, mantle, crust, water, atmosphere. This is the order from densest to least dense.
No. The denser minerals are found at the core.