Well, sugar, if you want to catch a glimpse of that little dwarf planet in the chilly depths of space, your best bet is when it's at opposition, which happens roughly every 6 to 7 months. But, let's be real here, Pluto is so darn far away and teeny tiny that any time you try to spot it, you better have a strong telescope and some good ol' patience.
Ah, viewing Pluto from Earth can be quite a magical experience! The best time to see Pluto is when it's at opposition, which means it's directly opposite the sun in the sky. This usually occurs around late January to early February, when Pluto is closest to Earth and well positioned for observation. Just imagine all the beauty and wonder you'll behold as you gaze up at the night sky, my friend!
Oh, dude, you wanna check out Pluto from Earth? That's some serious stargazing ambition you got there! So, like, the best time to observe Pluto is when it's in opposition to the Sun, usually around July or August. But honestly, Pluto is so far away, it's like trying to spot a tiny mouse in a vast intergalactic jungle.
The best time of year to observe Pluto from Earth is during its opposition, which occurs when Pluto is directly opposite the Sun in the sky as seen from Earth. This typically happens once per year, when Earth and Pluto are aligned in such a way that Pluto is closest to Earth and visible all night long.
Pluto has an average orbital period of about 248 Earth years, so it takes a long time for it to complete a full orbit around the Sun. Because of this long orbital period, Pluto's opposition dates can vary widely from year to year.
During opposition, Pluto is at its brightest and appears largest in the sky, making it easier to observe through telescopes. It is important to note that Pluto is a dwarf planet with a highly elliptical orbit, so its distance from Earth can vary significantly, affecting its apparent brightness and visibility.
In conclusion, the best time to observe Pluto from Earth is during its opposition, when it is closest to Earth and most easily visible in the night sky.
After they hit the ground.
There are forces of gravity between every speck of mass in the universe and every other speck of mass, no matter where they are, how far apart, or how large or small, all the time, everywhere, right now.
Pluto revolves slowest around the Earth, since its orbit is the farthest from Earth and takes the longest time to complete.
Charon, Nix and Hydra are the 3 moons of Pluto. Pluto is no longer considered to be a planet, but is classified as a dwarf planet.
Pluto takes a long time to revolve around the sun because it is located far from the sun, resulting in a larger and more distant orbit. Its average orbital period is about 248 years, which is significantly longer than the planets closer to the sun.
The answer depends on what part of the earth you are on.
The time it takes Pluto to revolve around the sun is 247.9 Earth years. Pluto's rotation takes 6.39 Earth days.
When observing Pluto from a distance of 5.91 trillion miles (5910000000000 miles), you would be looking at Pluto as it was about 4 hours and 4 minutes ago. This is because the speed of light is finite and it takes time for the light from Pluto to reach the telescope on Earth.
yes
12 years
A year on Pluto is 247.92 sidereal years (Earth years).
It takes Pluto 6.4 earth days to complete one rotation.
Pluto rotates on its axis at a rate of once every 6.4 Earth days. This slow rotation causes a day on Pluto to be almost a week long in Earth days.
Pluto's not a planet. but it takes 36 earth years to orbit.
The New Horizions space probe is expected to fly past Pluto and observe the planet some time in mid-2015. A visit will not occur for a long time, mainly due to the immense cost.
An hour is a period defined for Earth beings. However, an hour being a part of a rotation of a planet, based on Earths period of rotation, then an hour on Pluto would be:- R / 24 where R is the rotation period. Pluto =~ 6.4 Earth Days. So 6.4 / 24
Dwarf Planet Pluto's "revolution" is the time of its orbit around the Sun, about 247.94 Earth years.Pluto's rotation period (spin on its axis) is the same as the orbital time of its large moon Charon (about 6.39 Earth days) because the two are tidally locked, the same side of Pluto always facing Charon.