It takes Pluto 6.4 earth days to complete one rotation.
1 day
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
6 1/2 days
Yes and it takes 6 1/2 days to complete one rotation.
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.
The time for 1 full rotation is 1 day, 39 minutes and 35 seconds
it's because the moon is tidally locked to the earth, with the near side always facing the planet the moon completes only 1 rotation for every time it goes around the earth.
1 completes
Yes, for every 1 degree of longitude difference, there is a time difference of approximately 4 minutes. This is because the Earth completes one full rotation every 24 hours, which is divided into 360 degrees of longitude.
Io, Europa, and Ganymede, the three largest moons of Jupiter, have synchronized rotation periods due to a phenomenon known as orbital resonance. Io takes about 1.8 days to complete one rotation, while Europa and Ganymede have rotation periods of about 3.5 days and 7.2 days, respectively. Despite their differing rotation periods, they are locked in a 1:2:4 resonance, meaning that for every one orbit Io makes, Europa completes half an orbit, and Ganymede completes a quarter. This gravitational interaction keeps their rotation periods closely linked.
· A day on Pluto is equivalent to Earth's 6 days, 9 hours, and 17 minutes, meaning that it has the second slowest rotation in the Solar System (after Venus, which takes 243 days to turn on its axis).
Mercury's period of revolution around the sun is about 88 Earth days, while Pluto's period is approximately 248 Earth years. The ratio between their periods of revolution is about 1:28. This difference is due to the much larger distance Pluto is from the sun compared to Mercury, causing it to take much longer to complete one orbit.