yes uranus floats in water because my worlds greatest teacher dr. alop pratyap chauhan said that he did an experiment in his house in which he took a bucket of water and put uranus in it.. he observed that uranus was floating in water as the buoyancy force balanced by mg of uranus..... we love u the great dr alok sir and also more his sexy wife savita bhabhi,,,,,,,, if anyone like my post plese comment fast and like as u can
JAI HIND VANDE MATARAM.....
Uranus is the seventh planet from the sun. If you could stand on its surface, you would only experience around 89 percent of the force of gravity felt on Earth.
no they would not because the gases and the atmospere on uranus are much to light for a human not to ease
No.
No. Mars has gravity.
A human could float with ease on Pluto, but could not propel himself/herself due to lack of significant atmosphere.
No. Gravity on Venus is close to what it is on Earth.
You'd be fine on Mars, as long as your habitat is properly sealed. In the open without a space suit, you'd suffocate for lack of air, and your body would freeze; or more precisely, "freeze-dry", because the atmospheric pressure is only a couple of percent of Earth's, and the temperature is almost always near or below freezing.
Mercury has no disadvantages . . . if it were a sentient being, it would be quite at ease.
would they float on ease
yes, you can float with ease
No. Mars has gravity.
A human could float with ease on Pluto, but could not propel himself/herself due to lack of significant atmosphere.
No. Gravity on Venus is close to what it is on Earth.
A fish may be denser than water. But in the body of a fish there is an air sac at its backbone which would fill with air which in turn allow it to float or rise with ease.
He is not the kind of person that you can feel at ease with
what do you mean with ease? BTW an F1 driver and a fighter jet driver can sustain 5G.
The person is said to be bilingual.
You'd be fine on Mars, as long as your habitat is properly sealed. In the open without a space suit, you'd suffocate for lack of air, and your body would freeze; or more precisely, "freeze-dry", because the atmospheric pressure is only a couple of percent of Earth's, and the temperature is almost always near or below freezing.
Booker T. Washington
person that studies Earth or rocks