mars
Sun first, then the earth and moon formed at the same time around 4.65ga (billions of years ago) when a large moon-sized planet collided with the proto-earth/moon system.
The Moon is thought to have formed around 4.5 billion years ago, not long after the formation of Earth. It likely formed from debris created when a Mars-sized object collided with Earth early in the Solar System's history.
The moon formed when a Mars-sized planet collided with Earth when the solar system was still forming, ejecting a portion of Earth into orbit. That rocky debris came together to form the moon.
The sun formed first. The moon was not formed until around after the formation of proto-Earth.
Earth's moon is believed to have formed when Earth collided with a Mars-sized planetoid soon after it formed. Debris from the collision formed a ring around Earth and coalesced into the moon. Scientists still disagree about the origins of Mars' moons Phobos and Deimos. The most prevalent hypothesis is that they are captured asteroids.
Mars is a planet the Moon is not. Mars orbits the Sun-the Moon does not.
Basalt is a volcanic rock that can be found on Earth, the Moon, Venus, and Mars. It is formed from the rapid cooling of lava and is a common type of rock in volcanic regions across the solar system.
We're not exactly sure, but it seems most likely that the moon was formed early in the Earth's history, when a large body collided with the Earth, shearing off molten debris. This molten debris formed the Moon. Most research and models show that the moon formed either at the same time or shortly after the Earth.
The most widely accepted theory for how Earth's moon was formed is called the impact theory. It says that the moon formed from a collision between Earth and a Mars-sized object about four and a half billion years ago.
name the moon of mars
Yes, Mars has lava plains similar to those found on Earth's moon. The largest volcano on Mars, Olympus Mons, is believed to have been formed by extensive lava flows. These lava plains contribute to Mars' diverse surface features.
It is Mars's moon, so Mars.