No. Manned missions have never gone farther than the moon. Jupiter may have strong gravity, but it is still possible to establish a stable orbit.
no as if you go close to it you will get sucked in .
Never or else they would get sucked into it.
While on the moon's surface, the spacesuits had drink bladders built into them with straws that reached up into the helmets. The simply turned their head inside the suit, grabbed the straw with their mouths and sucked.
You. Or your remainders, to be more precise.
Essentially, it's freeze-dried food, with all the moisture sucked out of it. It's meant to be eaten by astronauts.
so they dont get their eyes sucked out of their head, watch the movie armegeddon
A shower was included on board the Skylab space station, which had 3 crews carrying out missions in the early 1970s. The shower curtain was a flexible cylinder which was pulled up from the "floor" and latched at the "ceiling" with the astronaut inside. The water was sprayed inside and sucked out at the bottom. However this was not built into the ISS, and the astronauts there use wet flannels.
Jupiter has a big red spot. It is not just any old spot though, it is some kind of on-going tornado. If you head directly to it & reach Jupiter's atmosphere, you will be sucked into the dot (or tornado) and probably die...
it really sucked! -Anthony
because it sucked and was not really ecw
Yes, place a flame (match, candle, etc) inside the bottle, then quickly place an egg on top. As the air in the bottle burns, the pressure will drop and the egg will be sucked into the bottle.
You can be "sucked into" Jupiter due to its immense gravitational pull, which is significantly stronger than Earth's. Jupiter's gravity is about 24.79 m/s², compared to Earth's 9.81 m/s², making it capable of attracting nearby objects, including spacecraft and, hypothetically, anything that comes too close. Additionally, Jupiter lacks a solid surface; instead, it has a thick atmosphere composed mainly of hydrogen and helium, which can create extreme conditions that make it challenging to escape once you approach too closely.