A human could theoretically walk on Venus given that protective technology is up to par. Keep in mind that it's hot enough at the surface to melt solid lead and the air pressure is about 90 times greater than that of earth. Assuming that one could be shielded from these hazards technologically, walking on Venus could happen. You'd tire out pretty quick though. Moving about under that much atmospheric pressure would take a considerable amount of muscle power and stamina; it would be a lot like walking on the ocean floor with more than a mile of water on top of you...
Except rather than being very cold like it would be at that depth underwater; it would be close to 900 degrees, which would be very exhausting for a person to cope with for any practical amount of time, even someone quite physically fit.
Actually, no. there may be a solid surface at the core of Jupiter, but you would not be able to stand on it. Well to get to it because going through all those gases Jupiter is made up of may seem easy... possible but you would actually be crushed by the pressure of it and die a horrible death.
the names of jupiter are as follows: jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter and last but not least JuPiTeR
No, it is not possible to walk on Jupiter. Jupiter is a gas giant composed mostly of hydrogen and helium, with no solid surface to walk on. The extreme pressure and gravity on Jupiter would also make it impossible for a human to stand or move on its surface.
No, it is not possible for people to live on Jupiter. Jupiter is a gas giant with extreme atmospheric conditions, including high levels of radiation, strong winds, and no solid surface to stand on. Additionally, the planet's intense gravity would make it impossible for humans to survive there.
Humans cannot live on Jupiter because it is a gas giant with extreme temperatures, crushing atmospheric pressure, and no solid surface to support life as we know it. Additionally, Jupiter's atmosphere is mostly made up of hydrogen and helium, which are not breathable for humans.
Jupiter is made of gas. You can't stand on gas.
Jupiter's gravity is too much for a human to stand. And they could not survive the temperature or atmosphere either.
Jupiter is a gas giant so you cant stand on it. it is mainly helium
It's really stormy in Jupiter, you may have heard of the red spot. The intense gravity will crush you. Jupiter is gaseous.
Actually, no. there may be a solid surface at the core of Jupiter, but you would not be able to stand on it. Well to get to it because going through all those gases Jupiter is made up of may seem easy... possible but you would actually be crushed by the pressure of it and die a horrible death.
You would not be able to stand on the surface of Jupiter because it doesn't have a solid surface to stand on. Jupiter is a gas giant made up mostly of hydrogen and helium, with no solid ground. You would fall through Jupiter's atmosphere due to its immense gravitational pull before reaching any solid core that it may have.
venus is a planet that has a hard surface and is about the same size as earth but Jupiter is a gas giant with no hard surface to stand on
Basically, Jupiter is made up only of atmosphere. The gas giants like Jupiter don't have a solid surface you can stand on, as on Earth; they are made up of an atmosphere that just gets denser and denser as you go further into the planet.
Glad you asked. First of all, because Earth (the world) is an inner planet, it is terrestrial, with a hard, rocky surface of which you can stand on and walk on with enough gravity to hold you down. But unlike Earth, Jupiter is made of gas, as well as the other outer planets, and you cannot walk or stand on Jupiter. You will fall right through Jupiter if you tried to stand on it. Also, when you fall through Jupiter, its atmosphere's pressure will crush you, and you will, well, of course, be dead and gone. Also, Jupiter is way bigger tan Earth. Let's just say that if you put Earth and Jupiter right by each other, it will be like putting the tiniest Chihuahua right next to a gigantic Great Dane. Last, but most certainly not least, Earth's and Jupiter's weather and temperatures are completely different. Because Earth is closer to the Sun than Jupiter, Earth's temperature and weather are warmer and milder than Jupiter's. Well, there. I sure hope I helped! -Nia Thomas 6th grader 12 years old :-)
The gravity of an object is determined by its mass and distance. Jupiter has more mass than the Moon, but the Sun has much more mass than both Jupiter and the Moon, making the Sun the most gravitationally influential of the three.
the names of jupiter are as follows: jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter jupiter and last but not least JuPiTeR
Jupiter is the planet that can double your weight due to its strong gravitational pull. It has a mass much greater than Earth, making your weight heavier if you were to stand on its surface.