In the region of 186 times
There is technically a 9i orbital, but no atom in the ground state has any electrons in this orbital (in fact, no known element has any electrons in even the 8s orbital, and there are quite a few energy levels between that and 9i). In an excited state ... sure, it could happen.
Jupiter, the biggest planet in our astonishing solar system. Jupiter has 60+ known moons. But there are four main moons, Io, Europa, Callisto and Ganymede. Io is 3,630 km in diameter and is 421,600 km away from Jupiter. It is very active, and has constant volcanic eruption. Europa is 3,138 km in diameter and is 670,900 km away from Jupiter. Astronomers think that underneath its crust, it may harbor an ocean. Ganymede is 5,262 km in diameter - the largest moon in our Solar System - and is 1,070,000 km away from Jupiter. Also, this moon could potentially harbor an ocean beneath its crust. Callisto is 4,800 km in diameter and is 1,883,800 km away from Jupiter.
The Earths orbital distance from the sun is 149,597,890km (92,955,820 miles) on average, enough to fit 107 more suns between the suns surface and Earth.
Lots of articles say you can fit 49 or 30 whatever moons in earth but this is not true because the moon is 24.2% the size of earth so about 4 moons. Lots of science shows like the universe on history channel say 4 moons can fit in earth. But the Earth is much denser so about 45 moons would equal the mass of the earth. EDIT: The diameter of the moon is approximately 24.2% the diameter of Earth, but this does not necessarily mean that the volumes are in this ratio. Therefore, you cannot conclude that there are about 4 moons. If no volume was left unused, approximately 49 moons could fit into the Earth (this is not possible in reality as there would have to be empty space to be able to fit the moons into the Earth. So the actual amount of moons that could fit into the Earth is going to be a little less than 49 moons (36 according to some sources).
4 moons could ft inside the Earth.
Venus has no moons.
Yes. In fact, if our Sun turned into a black hole, which it can't, but if it did, it's diameter would be approximately 3km (yes 3km) but would still have the same mass. The planets, would still revolve in the same orbit as if nothing had happened - albeit a lot darker and colder. The smallest of Mars moons, Deimos, has a diameter of 12km The Suns diameter is approximately 1.4 million km.
we can't use jupiters moons for anything because fistly we can not get out that far to reach Jupiters moon and if we could it would take thousands of years and Jupiters Moons would be to big to do anything with anyway. so the answer to What could Jupiter's moons be used for? is....Nothing.
Yes. It could, but it doesn't.
me its 5in diameter
Jupiter's moons vary in size, with the largest ones being similar in size to Earth's moon. Ganymede, the largest moon of Jupiter, is even bigger than the planet Mercury. Other moons like Callisto and Io are also larger than Earth's moon. Overall, Jupiter's moons are generally larger than Earth's moon.
Approximately 109 Earths could fit across the sun's diameter, based on the sun being about 109 times wider than Earth. Since the moon is much smaller than Earth, it would take many more moons than Earths to fill the circumference of the sun.