the moon layers is a circle and marvovus
and the layers crust is round like a soccer ball
That would include: Sun Mercury Venus Earth Mars and its moons Jupiter and its moons Saturn and its moons Neptune and its moons Uranus and its moons Pluto and other planetesimals and their moons Asteroids Comets
Callisto is a moon, and moons do not have moons of their own. The gravitational influence of the planet would overwhelm any tendency of a moon to acquire its own moons.
So far, Jupiter is leading with 63 named moons. Since it is the largest planet, you would expect it to have the most moons.
That would be planet Mars, and its two moons are named, "Phobos and Deimos". Mars is the only planet with exactly two moons.
The three major layers of the Moon's interior are the crust, mantle, and core. The crust is the outermost layer and consists of rocky material. The mantle is a denser layer beneath the crust, made up of silicate rocks. The core is the innermost layer, composed of iron and nickel.
round, gravity and the lunar paths of moons make them round
It is made up of two layers of muscle.It is made up of two layers of muscle.
John Patterson knows
The word "flaky" is often used to describe the texture of mica, due to its tendency to separate into thin layers or flakes.
The Inner Core is a liquid. Outer core: solid mantel: inbetween crust: solid
4 moons would go across the earth, and 109 earths would go across the sun.
Yes. if they did not they would not be Jupiter's moons.
You could describe it as that, but it would more properly be described as a natural satellite of Earth. Most moons are small planets, but are commonly referred to as satellites.
One wold not describe the anatomy of an Earthworm in terms of "layers". For this reason we do not understand what you are asking.
Folding.
There are 4 moons that orbit around the planet Jupiter. The moons are Io, Europa, Ganymede, and Callisto. They vary in size and composition, with Ganymede being the largest moon in the solar system and having its own magnetic field.
Moons orbit Jupiter because of the combined influence of gravity. and the forward motion of the moons. If there were gravity along, the moons would fall into Jupiter. If there were only forward motion, the moos would fly off into space.