Dwarf Planet Pluto

They realized that Pluto was in fact a member of another belt of objects orbiting the sun, similar to the asteroid belt. The same thing happened with four of the asteroids in the asteroid belt. Once scientists realized that they were just four of hundreds of thousands of objects sharing the same orbit, they no longer considered them planets. Pluto is a member of a similar belt of objects known as the Kuiper Belt.

The sun is classified as a star, not a planet. It is a massive ball of hot gas primarily composed of hydrogen and helium.

they were lumps of rock floating in space. then they were pull into a gravitational pull and then they evolved. and produced life forms which then evolved into humans , we are only hear through scientific development NOT because of GOD! :)

That would depend on several factors; the velocity of the meteoroid, the mass, density and composition of the meteoroid, and the nature of the surface where it strikes.

Jupiter is a gas planet, primarily composed of hydrogen and helium. It does not have a solid surface like terrestrial planets such as Earth.

The IAU decides on what is a planet under new guidelines

The International Astronomical Union decided that upon further discovery of smaller body's of planet like material in our solar system but far from the sun or Neptune's orbit of the sun that all new planets found would probably be small and are to be named as dwarf planets.

This was prompted recently by the discovery of the then named Xena now Eris our 5th dwarf planet

Eris is larger and rounder in shape than Pluto which prompted the Question When is a Planet not a planet? in 2006 they issued new guidelines where Pluto lost it's planetary status and was demoted to a dwarf planet.

Nibiru's alleged orbit of 3,600 years is a claim without scientific evidence. However, if we assume it does exist, its distance from the Sun would depend on the specifics of its orbit shape and size, which are unknown. Without accurate data, it is impossible to determine the exact distance of Nibiru's orbit from the Sun.

No, the latest estimates are 5 moons for Pluto and over 60 each for Jupiter and Saturn.

It is difficult to predict with certainty, but based on geological processes, the earth may have undergone significant changes in its landmasses, climate, and biodiversity. Continents may have shifted due to plate tectonics, sea levels might be different, and new species may have evolved while others become extinct.

Approximately 1,321 Earths could fit inside Jupiter, given its massive size and volume.

Two other dwarf planets besides Pluto are Eris, which is located in the Kuiper Belt, and Haumea, which is located beyond Neptune in the scattered disc region of the outer solar system.

Pluto's atmosphere is very thin, composed mostly of nitrogen, with small amounts of methane and carbon monoxide. It is unable to support human life as the pressure is extremely low and temperatures are very cold.

One key piece of evidence is that Pluto does not clear its orbit of debris, a criterion used to define a planet. Additionally, Pluto is much smaller and less massive than the other planets in our solar system, more closely resembling other icy bodies in the Kuiper Belt. These factors led to its reclassification as a dwarf planet by the International Astronomical Union in 2006.

All planets in our solar system except Mercury and Venus have moons. This means that Earth, Mars, Jupiter, Saturn, Uranus, and Neptune all have moons orbiting around them. Mercury and Venus are the only two planets in our solar system that do not have any moons.

Jupiter can be destroyed but why would you want to?

In about 5 billion years time, when our Sun turns into a red giant, it will start to shed it's outer layers into the outer Solar System. These solar winds will start to strip the outer atmosphere of Jupiter away from it's core. Whether it will be enough to decimate Jupiter is unlikely, but Jupiter will, when out Sun dies, become nothing more than a dead planet.

Under the current definition of a planet, yes it can! If a gas giant were to share its orbit with other objects of significant mass (other than moons, comets or asteroids), it would definitely qualify as a dwarf planet. In order to be a planet, it would have to "clear the neighborhood" until it was the dominate influence in its orbit.

Illustrations generally fail to represent the sheer size and massive proportions of the solar system. The distances between objects are often imprecise and the distances are not always proportional, giving viewers of that particular illustration an incorrect idea of our distance from other planets.

A thin atmosphere has low pressure and density, like on Mars, while a thick atmosphere has higher pressure and density, like on Earth. Thick atmospheres can trap heat and support life, while thin atmospheres make it harder for planets to retain heat and protect against harmful radiation.

Ananke's rotational period is around 45.7 Earth days. It rotates on its axis at a slower rate compared to many other moons in our solar system.

Some may have, but they have since migrated to orbits nearer the Sun.

To witness one complete revolution of the planet Pluto, you would have to be at least 248 years old.

Well if u calabrate the calabrated conjunction that comes out o about 78.3333 and so on

The term "dwarf planet" was created to classify celestial bodies that are similar to planets but do not meet all the criteria to be considered full-fledged planets. It was implemented to describe objects like Pluto, which was reclassified from a planet to a dwarf planet by the International Astronomical Union in 2006.