9 years
maybe sike naw it really is 9 years.
Using current technology, it would take a minimum of 3 years for a manned or unmanned mission to reach Uranus one-way. However, a manned mission would also require designing spacecraft systems that do not currently exist.
They used to speak of a manned spacecraft going to Mars taking about six months for the journey there, which is about 4,400 hours.
if we were to be on uranus the gravity would be 89% of what we get on earth.
An ordinary spaceship will not land. It will be tossed about by the winds and gravity will destroy the craft.
Estimates of gravity on Uranus range from 86% to 91% of Earth's gravity. Therefore, using 89%, if you weighed 90 lbs on Earth, you would weigh about 80 lbs on Uranus.
Using current technology, it would take a minimum of 3 years for a manned or unmanned mission to reach Uranus one-way. However, a manned mission would also require designing spacecraft systems that do not currently exist.
They used to speak of a manned spacecraft going to Mars taking about six months for the journey there, which is about 4,400 hours.
Years ago, a spacecraft left Earth in 1977, and landed on Uranus in 1986...so depending on where the two planets are in their orbits, and what exact route would be chosen, it would take roughly nine and a half years.
because its a waste of resources and if there are aliens out there it would take to long to reach them
It would be 840.7 earth years, as 84.07 earth years is 1 Uranus year.
if we were to be on uranus the gravity would be 89% of what we get on earth.
A year on Uranus, would be approx 84.07 Earth years.
A @year' on Uranus takes just over 84 'Earth' years - therefore you would be 1,176 Earth years old !
1 pound on Uranus would be one spoon full on earth which would probably be like 1,000 pounds on earth!
there is no space craft that visted that planet cause it would take months alomst years to get there
An ordinary spaceship will not land. It will be tossed about by the winds and gravity will destroy the craft.
The gravity of Uranus is about 0.86 that of Earth. This means an object that weighs 100 pounds on Earth would weigh 86 pounds on Uranus.