The planet Uranus spins on its axis just a little slower than once every 17 hours. Because the axis of the planet is sideways in relation to its orbit, (Uranus spins on its side), daylight lasts for about earth 70 days, and darkness last for about earth 70 days.
A full day on Uranus is 17 hours, 14 minutes and 24 seconds ( to be exact.). In other words, a day on Uranus is shorter than a full day on Earth.
The moons of Uranus. See related question.
Yes, the side of the planet facing the sun would get some sunlight; the side facing away from the sun would be dark. The sunlight side would not be nearly as bright as it is on Earth and Uranus is considerably farther from the sun than the Earth.
Yes, Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, and Pluto used to be one.
Uranus takes about 17 Earth hours to complete one rotation on its axis.
A full day on Uranus is 17 hours, 14 minutes and 24 seconds ( to be exact.). In other words, a day on Uranus is shorter than a full day on Earth.
The moons of Uranus. See related question.
17.9
Yes, the side of the planet facing the sun would get some sunlight; the side facing away from the sun would be dark. The sunlight side would not be nearly as bright as it is on Earth and Uranus is considerably farther from the sun than the Earth.
Yes, Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, and Pluto used to be one.
16 hour and 7 minute eqaul one day at uranus
Uranus takes about 17 Earth hours to complete one rotation on its axis.
The rotation period of Uranus is about 17.24 Earth hours. Its year (orbital period around the Sun) is about 84.3 Earth years, due to its great distance from the Sun. The "solar day" is mostly irrelevant since there is no solid surface to receive sunlight. However, Uranus is spinning "on its side" and points each pole toward the Sun during its orbit. This means that the period of sunlight varies immensely for locations near the poles, cycling from a few seconds every 17 hours to more than 42 Earth years long. This is an extreme version of the six months of day and night experienced at Earth's poles.
it is 263 hours
There are a number of theories for this, but one of the most popular is that it was hit by a large planetary object which knocked to spin that way.
17hrs and 14mins
Mars spins slower than earth