Black holes. they can hold an infinite amount of things and remain the size of a pin head.
Black holes may the most dense objects in the universe, yet they have a limit to what they can hold.
Yes, Mercury is a low-density planet with a density of about 5.4 grams per cubic centimeter. This relatively low density is due to its small size and composition, which is primarily made up of rocks and metals.
Density of a planet = (Planet's mass) divided by (Planet's volume)
The planet with the lowest overall density is Saturn.
The density of the Sun is similar to that of Jupiter, the largest planet in our solar system. Both the Sun and Jupiter have densely packed materials at their cores due to their high mass and gravitational forces.
Mercury has a high density because it has a large iron core, making up about 60% of its mass. The iron core contributes to Mercury's high average density, which is close to that of Earth's, despite Mercury being a smaller planet.
Yes, Mercury is a low-density planet with a density of about 5.4 grams per cubic centimeter. This relatively low density is due to its small size and composition, which is primarily made up of rocks and metals.
Density of a planet = (Planet's mass) divided by (Planet's volume)
Parameters such as mass, radius, and density can provide clues about a planet's composition. For example, a high density suggests a rocky composition, while a low density suggests a more gas-rich composition. Additionally, spectroscopy can be used to analyze the planet's atmosphere and determine the presence of certain elements or compounds.
Certainly - all matter has density. The density of a gas planet would probably be less than that of a more solid planet but it would still have a non-zero density.
Mercury has the second lowest density of any planet in the solar system. Saturn has the lowest density of any other planet.
Earth's density: 5520 kg/m3 Saturn's density: 690 kg/m³
The planet with the lowest overall density is Saturn.
A box with high density will have more mass packed into the same volume compared to a box with low density. This means that the high-density box will be heavier and contain more material in the same space as the low-density box.
The density of the Sun is similar to that of Jupiter, the largest planet in our solar system. Both the Sun and Jupiter have densely packed materials at their cores due to their high mass and gravitational forces.
Mercury has a high density because it has a large iron core, making up about 60% of its mass. The iron core contributes to Mercury's high average density, which is close to that of Earth's, despite Mercury being a smaller planet.
This planet could be Saturn, as its average density is around 0.69 g/cm³, which is lower than the density of water (1.0 g/cm³).
The density of a planet depends basically on the density of the materials that make the planet up. It is a weighted average of those densities.