bjshs
Planets, exoplanets, asteroids. They're all sattelites of the sun.
Iodine does not make your teeth shine. In fact, iodine can stain your teeth and cause discoloration if used in excessive amounts. It is not recommended to use iodine for dental purposes.
This observation is a result of the initial rotation and movement that occurred during the formation of the solar system. The planets and their satellites have likely acquired their current rotation and revolution patterns through a combination of conservation of angular momentum and gravitational interactions during the early stages of the solar system's evolution.
There are thousands of satellites in Earth's orbit, with estimates ranging from 2,200 to over 3,000 active satellites. Additionally, there are many more inactive or defunct satellites and debris in orbit.
Our solar system has a sun in the middle, planets circling the sun, moons circling the planets, and asteroids circling the sun. There are also comets circling the sun in a much larger orbit than the planets.
yes moons are satellites to other planets
Natural satellites of planets are called moons, if they are large enough.
Yes, the planets can be described as being satellites of the sun.
Yes, the planets can be described as being satellites of the sun.
All the planets have satellites, except Mercury and Venus.Jupiter
Yes, any planet can have satellites. Gas planets actually have the most satellites due to their large masses.
Moons are satellites of planets.
The gravitational pull on all the planets are artificial satellites because the satellites orbit all the planets!
after a star explodes, the star dust coalesces to form more stars, planets, and satellites
No, outer planets have more rings and satellites compared to inner planets. For example, Jupiter has the most known satellites with over 80 moons, while Saturn is known for its extensive ring system. Inner planets like Earth and Mars have few to no natural satellites.
Please specify which planets you mean.
Do all planets and satellites lie on the same gravitational layer?