Because it is closer to the Earth and it is larger, so it reflects more light.
Neptune is brighter than Pluto because it is larger and (usually) closer to earth. There isn't enough differences in the albedo or "reflectivity" of the two planets to offset Neptune's size advantage. Even when Pluto slides inside the orbit of Neptune, which the dwarf planet does during part of its orbit of the sun, its smaller size does not permit it to compete with Neptune for brightness. No effence but i need more of an answer than this
it was first seen in 1960
No. No. You need a telescope to see Neptune.Nope... Neptune cannot be seen from the Earth without a telescope.
next year
1. Pluto is small. 2. Pluto is VERY far away.
No. No. You need a telescope to see Neptune.Nope... Neptune cannot be seen from the Earth without a telescope.
on the 25th of December 2008
It was discovered at the year 1846
Stars appear brighter when seen from the Moon because there is no atmosphere on the Moon to scatter or absorb light. This allows starlight to pass through to our eyes without interference, making them appear brighter compared to when seen from Earth.
It crosses another planet's orbital path. Since Pluto is not a planet, it does not matter. Comets always pass other planets' orbital paths. They are still called planets. Countless asteriods and comets orbits the sun and crosses every planets orbital path. Pluto is somewhat a part of them.There is something circular about the logic in the above answer; see discussion.Probably a stronger answer is the fact that even though a section of the orbit of Pluto comes within the orbit of Neptune, the harmonic relationship between the two bodies is such that they can never collide, barring some catastrophic event that alters one or both orbits. Neptune and Pluto are locked in this harmonic relationship where for every three orbits of Neptune there is exactly two orbits of Pluto. So Pluto cannot be seen as an object that Neptune must clear. Pluto is more like an unusual moon of Neptune.
All of them with the exception of Neptune.
Neptune, Uranus, Saturn and Jupiter are never seen as crescents from Earth. They are always "almost full".