4 moons
From Jupiter, objects that cannot transit in front of the Sun include any celestial bodies that are farther out than Jupiter itself, such as Saturn, Uranus, and Neptune, as well as distant objects like the Kuiper Belt and Oort Cloud bodies. Additionally, moons of Jupiter and other nearby asteroids will also not transit in front of the Sun from Jupiter's perspective. Only objects within Jupiter's orbital path, such as its own moons or closer asteroids, would be able to transit the Sun as seen from that vantage point.
No. Nouns are objects and nearby is an adjective.
Objects that cannot transit the Sun as seen from Jupiter are those that are orbiting closer to the Sun than Jupiter itself. This includes objects in orbits closer to the Sun than Jupiter's orbit, such as Mercury, Venus, and Earth. The relative alignment of these planets with Jupiter and the Sun makes it impossible for them to be seen transiting the Sun from Jupiter's perspective.
Jupiter doesn't "swallow" planets. Its massive size and strong gravitational pull can influence the paths of nearby objects, including asteroids and comets. However, it is extremely unlikely for Jupiter to directly "swallow" a planet due to the vast distances and complexities involved in planetary dynamics.
The name of the group of objects between Mars and Jupiter is the ASTEROID BELT.
Jupiter is surrounded by smaller bodies such as its moons, its rings, and the asteroid belt. It is the largest planet in our solar system and exerts a strong gravitational influence on its surroundings, influencing the orbits of nearby objects.
Jupiter is both the most massive and the largest of those objects.
Generally the brightest objects seen in the sky are the moon, some planets, (notably Venus and Jupiter) and stars, Sirius being the brightest.
The objects that are found between Mars and Jupiter are called asteroids. This area is called the asteroid belt.
people who are nearsighted
The mass of Jupiter affects the size of its orbit through gravitational forces. The greater the mass of Jupiter, the stronger its gravitational pull, which can influence the orbit of other celestial bodies nearby, including its own moons. This can cause these objects to orbit further away or closer to Jupiter depending on its mass.
asteroids