the moon has no atomoshere
Data from Clementine's laser altimeter was used to measure the thickness of the moons' crusts by mapping surface topography and detecting variations in elevation. These measurements allowed scientists to estimate the moon's crustal thickness by analyzing the depth of impact craters and other surface features.
Space rocks (meteors) striking the surface.
Io, the innermost of Jupiter's four largest moons, appears the brightest from Jupiter's surface due to its proximity to the planet and its reflective surface.
Yes, the moon does not have holes like Earth does. However, it does have craters, which are formed by impacts from meteoroids and asteroids. These craters can appear as "holes" on the moon's surface when viewed from a distance.
Triton, one of Pluto's moons, is the coldest moon in the solar system. In second place is Charon, another one of Pluto's moons.
You would not be able to see the moons from the surface; Jupiter's atmosphere is too thick.
The moons surface is covered with regolith. There are 2 main kinds of surface; maria and highlands. There are lots of craters and dust. the moons sky is always black.it has no air or water
Metorites
They are material ejected from the moons by impacts.
Yes it is similar to the moons surface
Data from Clementine's laser altimeter was used to measure the thickness of the moons' crusts by mapping surface topography and detecting variations in elevation. These measurements allowed scientists to estimate the moon's crustal thickness by analyzing the depth of impact craters and other surface features.
There is no liquid water on the surface; it is far too cold. Pluto is so cold that even nitrogen freezes. The same goes for its moons.
The surface brightness of ring particles and small moons around Uranus and Neptune may be influenced by their magnetic fields due to the interaction between charged particles in the magnetosphere and the surfaces of these bodies. Strong magnetic fields can trap more charged particles, leading to higher levels of radiation and potential alterations in surface materials, which can enhance or diminish brightness. Additionally, the presence of a magnetic field could influence the retention of volatiles and the processes of space weathering, affecting surface reflectivity. Thus, the dynamics of the magnetic environment can play a crucial role in determining the observed brightness of these celestial bodies.
craters
Lava flows.
i not know
We only see one part of the surface, at any time the moons faces occur.