It is difficult due to the apsence of gravity, so they will have to stand upside down to swallow fluid.
when fluid reditributes in the body, it interferes with sinuses no sinuses= no smell= no taste
In space, due to the lack of gravity, astronauts' feet may appear to swell and their toes sometimes puff up slightly. This is because fluids that are normally pulled downwards by gravity get distributed more evenly throughout the body in microgravity. However, astronauts exercise regularly to help mitigate these effects.
The body fluids shift out of the blood vessels and into the interstitial space. These fluids are used for re-hydration.
In space, the human body faces challenges like muscle and bone loss, fluid redistribution, and weakened immune system. To adapt, astronauts exercise, use specialized equipment, and follow strict diets to maintain health. The body adjusts to microgravity by redistributing fluids and changing bone density.
Seals your body so you can breathe.
Astronauts on space missions use special heating systems in their spacesuits to regulate their temperature. These systems can generate heat to keep astronauts warm in the cold vacuum of space. Additionally, the spacesuits themselves are insulated to retain body heat and prevent it from escaping into space.
Astronauts study a variety of subjects to prepare for space missions, such as space science, engineering, physics, biology, and medicine. They also train in specialized areas like spacewalks, operating spacecraft, and conducting experiments in microgravity. Additionally, astronauts often engage in research while in space, focusing on areas like the effects of space travel on the human body, Earth observation, and material science.
The large weight of the atmosphere keeps the human body 'pushed' together. In space, there is no atmosphere to 'push' the body together, so the body will rupture or explode without the pressure suits.
In space, the absence of gravity leads to fluid redistribution in the body. Without the normal gravitational pull on fluids, they shift upward towards the head, resulting in facial puffiness and increased intracranial pressure. This phenomenon, often referred to as "moon face," affects astronauts during extended periods in microgravity, highlighting the body's adaptation to the unique environment of space.
Astronauts are the individuals who work in space. They are specially trained to live and work in the unique environment of space stations, such as the International Space Station. Astronauts conduct scientific research, maintain spacecraft systems, and perform spacewalks to repair and upgrade equipment.
In a zero gee environment (weightlessness), the Human Body almost immediately begins losing muscle and bone mass. If they did not exercise, Astronauts returning from Space after a long stay on the Space Station would be unable to walk, and would have to be in a wheelchair for weeks before they could learn to walk again.
The space vacuum pressure can cause a variety of effects on astronauts during extravehicular activities, including the potential for decompression sickness, known as "the bends," and the expansion of gases in the body which can lead to tissue damage. Additionally, the lack of atmospheric pressure can cause a rapid drop in body temperature and the potential for the lungs to collapse. Astronauts must wear specialized suits to protect themselves from these effects while working in the vacuum of space.