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The solid element that has the lowest density is lithium. Its density is 0.534 grams per cubic centimeters. Lithium is a metal, and it does not occur freely in nature.
Osmium is the solid element that has the highest density. Opposite of osmium is hydrogen which has the lowest density.
Of all the solid layers of the earth, the Crust has the least mass. It is the thinest layer, has the lowest density (it floats on the mantle), and in the oceans, it is only about four miles thick.However, the layer with the least mass is not solid, but gaseous. You're breathing it!
The density generally decreases as a substance transitions from solid to liquid to gas. In the solid state, particles are tightly packed resulting in higher density. When the substance melts into a liquid, the particles become less ordered and the density decreases. As the liquid is further heated to form a gas, the particles are further apart, leading to the lowest density.
No. In our solar system, Saturn has the lowest density.
If phases of matter are arranged in order of increasing density, it would be gas, liquid, and then solid. This is because gases have the lowest density as particles are far apart, while solids have the highest density due to particles being tightly packed.
The inner core has the most or highest amount of density (iron/nickel).
At the standard temperature and pressure, hydrogen gas has the lowest density.
From highest to lowest density, the order would be: solid gold, liquid mercury, solid silver, liquid water, liquid oil, solid foam. Gold is the densest material, followed by mercury, silver, water, oil, and foam in decreasing order of density.
Mercury has the second lowest density of any planet in the solar system. Saturn has the lowest density of any other planet.
Hydrogen has the lowest density of all elements. Density of it is 0.084 gm-3. It is a diatomic gas.
The answer depends on the solid. The solid with the lowest known density is graphene aerogel, with a density of just 0.00016 g/cc. Osmium has the highest measured density of 22.59 g/cc (approx 141,000 times as great). Hassium has a predicted density of 41 g/cc which has not been verified. However, solids, sch as material from a neutron star will have a density of approx 10^26 g/cc.