The age of a planet can often be inferred from the characteristics of its surface, such as the density and number of impact craters. A heavily cratered surface suggests greater age, as it indicates a longer exposure to impacts, while a smoother surface with fewer craters may indicate more recent geological activity or resurfacing. Additionally, the presence of certain geological features, like volcanoes or tectonic formations, can imply a younger age if they are still active or have recently formed. Radiometric dating of surface materials can also provide precise age estimates.
Bootyhole
The average age of Mercury's surface is estimated to be around 4 billion years old. This is based on crater density and geological analysis of the planet's surface.
The planet with an average surface temperature of 14.6°C is Earth.
Jupiter is a gas planet. It has no surface.
Is it the planet Mars.
Bootyhole
The average age of Mercury's surface is estimated to be around 4 billion years old. This is based on crater density and geological analysis of the planet's surface.
As far as we can tell, 65-80% of the surface is covered in crystalline water ice. The rest is likely rocky.
As the planet Jupiter has no surface, the temperature of the "surface" cannot be measured.
The universe is 13.7 billion years old & Earth is 4.5 billion years old.
Sure it could. Any of those. If you'll tell me her age on her own planet, and how that planet's year compares to Earth's year, I'll tell you which power of 10 will produce the most convenient number.
Probably. Any planet can have a wet surface if it's not hot.
The distance from surface to surface through the center of a planet would be that planet's "diameter".
The surface for the planet Pluto is at -230 degrees Fahrenheit. It has a surface density of 0.658 m/s2.
You have to come across them while in space age, sometimes it is hard to tell, usually u have to tell by the name of the planet.
Determining the age of our planet is challenging because the Earth is constantly changing, making it hard to find accurate and reliable evidence of its age. Additionally, the processes that shape the Earth's surface can erase or alter older materials, further complicating the dating process.
The surface area of the planet Venus is 4.60×108 km2.