Dwarf Planets

Yes, dwarf planets can have a variety of shapes besides being round. Factors like their size, composition, and unique geological history can influence their shape. Some dwarf planets may have irregular shapes due to impacts or gravitational interactions with other celestial bodies.

The temperature on the moon is the same on all sides. Around 100C in the middle of the day and -173C middle of the night. Although the moon is about the same distance from the Sun as Earth the reason for the moons extremes is it does not have the atmosphere Earth does. I have the feeling that you are labouring under the delusion that the dark side of the moon sees no sun. Not true, the moon only shows one side to Earth because it does not rotate on its axis, but everyone else in our solar system gets a look at all sides, including the sun.

Pluto fails the third characteristic: it has not cleared its neighborhood. This means that it has not cleared the asteroids and other objects that lie within its orbit. ("Clearing" usually means the object is attracted by the planet's gravity and eventually becomes part of the planet).

A white dwarf who's progenitor star was about the same mass as our Sun will leave behind a stellar remnant around the size of our Earth.

Obviously if the progenitor star was larger or smaller, then the stellar remnant will also be larger or smaller.

Quaoar is an official dwarf planet.

In the 1985 film "Legend" there were two actors who played in that role : Cork Hubbert as Brown Tom and Billy Barty as Screwball .

Just like all other objects in the universe, Pluto has no physical effect on people whatsoever.

Let me see. Although theoretical, neutron stars do not retain the same plasma like properties of regular stars (which are nuclear powerhouses composed of plasma through a critical balancing act of fusion and gravity).

Neutron stars are almost entirely made up of highly compacted neutrons and typically have a solar mass of 1.35 to 2.1. The surface of a neutron star is composed of ordinary atomic nuclei crushed into a solid lattice with a sea of electrons dlowing through the gaps between them.

The surface is known to be a fluid which has been theorized to be a phenomena known as "super fluid" or a fluid which has no flow or viscosity. below the atmosphere is known to be an extremely hard yet smooth crust due to its gravitational field. It has also been discussed that the core of the neutron star also contains super fluid and has been theorized to contain a matter known as crystal carbonite.

False. A white dwarf star is much smaller in size compared to the sun. A white dwarf is typically about the size of the Earth, whereas the sun is much larger, around 100 times wider and more massive than a white dwarf star.

No. Ceres, which used to be considered an asteroid, was recategorized as a "dwarf planet" in 2006, about the same time that Pluto was. Ceres is a small rocky body, the biggest in the asteroid belt.

Phobos is 22.2 km in diameter on average (27×21.6×18.8)

Deimos is 12.6 km in diameter on average (10×12×16)

The heliosphere starts right here (or, you might say, at the Sun). Sedna is much further out.

However, the heliosphere extends far out beyond Pluto. So the outer boundary of the heliosphere can be beyond Sedna.

Sedna has an orbit that is very "eccentric" (highly elliptical). It's distance from the Sun varies greatly as it orbits.

So, whether Sedna is inside or outside of the heliosphere changes with time.

dwarf planets are smaller than regular planets

This is Pluto.

Yes. Saturn's rings are the brightest in the solar system.

The eight planets are, in order from closest to the sun; Mercury, Venus, Earth, Mars, Jupiter, Uranus, Neptune. The dwarf planet(made dwarf in 2005) is Pluto.

pluto was found as a dwarf planet by the international astronomical union on august 24th 2006

Plutonium doesn't occur in nature as far as we know, but if Pluto were made of solid Plutonium, nothing would happen. Pluto is not near anything that might be affected.

Pluto

Neptune and Pluto are not the same discovery at all.

No, Pluto is not located between Mars and Jupiter. It is a dwarf planet located in the outer region of our solar system, beyond the orbit of Neptune. The region where Pluto is located is known as the Kuiper Belt.

planets have moons for day and night

"Doc" .

While none of the objects currently recognized as dwarf planets are as massive as any of the true planets of the solar system, they are still massive objects with substantial gravity, strong enough to keep a moon or several in orbit.