Yes. The asteroid belt in between mars and jupiter is technically a ring around our sun. And also, some stars have accretion disks, which can be considered rings.
It is a gas giant, and it has easily visible rings.
Saturn's rings are more prominent than the rings of planets behind them because of their size, composition, and how they form. Astronomers discovered the darkened rings beyond Saturn on Uranus and Neptune by noticing that the stars behind the planet darkened before it actually passed in front of them.
jupiters rings are bigger than Saturns.
Mercury, Venus, and Mars do not have rings. Pluto does not have large, visible rings like Saturn, but it does have a faint ring system consisting of multiple smaller rings. Earth does not have any rings.
Jupiter has 4 known sets of rings. Neptune has five rings and Uranus has 13. Saturn has the most complex system, with about 7 sets of rings. No gas planet has only 3 rings.
Stars do not have rings. Planets have rings.
No. Venus has no stars. Planets do not "have" stars, at least not in the way that they have moons or rings. It does orbit a star, however. This star is the Sun.
Oh, happy little question! Stars don't really have physical rings like Saturn, but they can have things floating around them like dust and gas. Sometimes these bits giving the illusion of rings, adding a dash of magic to the night sky. Just remember, every star is special and deserving of admiration, just like you.
It is a gas giant, and it has easily visible rings.
A moon by definition has to orbit a planet - and the Sun is a star, not a planet. Also it has no rings.
No. A constellation is not an object; it is a collection of otherwise unrelated stars that, from our vantage point, appear to form an image.
Japanese throwing stars. ---------------------------------------------------------------------------- Assume they meant Shuriken for the "stars". But if you really mean "circular" as in full on rings, then they're known as Chakram. Smaller rings are Quoit. Or for the truly low brow, "Chinese stars". Coming to a flea market table near you! Only a movie assassin would not loath these for use in taking anothers life.
An armillary sphere is a model of the celestial sphere. It consists of a set of rings representing different celestial circles, such as the equator and the ecliptic. By rotating these rings to align with the position of celestial objects, users can track the motion of the stars, sun, and planets in the sky.
dust, soil, meteoroids, asteroids, rocks, may be other stars and universal heavenly bodies
No, Shia LaBeouf has never appeared in the film The Lord of the Rings: The Fellowship of the Ring. The film stars Elijah Wood, Ian McKellen, Orlando Bloom and Sean Bean..
Saturn has the most obvious ring system of course - visible from earth in even a small telescope. Almost all who see Saturn for the first time 'live' as it were in a telescope are really moved by its beauty. Uranus has a dark ring system that is visible from earth, but are only seen in a large telescope when the rings are at the right angle and the planet passes in front of stars behind. As the rings pass the stars the stars seem to 'blink' as they pass behind the dark rings. It was in this way that the Uranian rings were discovered. Thanks to the Voyager probes, thin ring systems were also found on Jupiter and Neptune, but neither system is visible from Earth, nor are they anywhere near as pronounced as Saturn.
Everything in the Solar System is star dust in the sense that it came from the interiors of stars that aged and died before our sun formed. However, the rings of Saturn are chunks of rocks and ice, and in that sense are not dust at all.