Actually, in space there is a near 0 absolute pressure, hence from your point of view the body should explode because of the different gaseous materials in the body. Actually, the air trapped inside a person (lungs, organs etc) should not cause an explosion, - if a live human should be put in space - some trauma should occur in the chest area and the eyes (most capillary blood vessels should burst) , but other than that the body should be well preserved.
* All the liquids in the body should freeze rather shortly because of the low temperature;
** Of course if a human body should be put into direct sunlight it will probably begin to vaporize because of the temperature build-up from the Sun's radiation.
Without a spacesuit, a human body in outer space would be exposed to the vacuum and extreme temperatures of space. The lack of air pressure would cause the fluids within the body to vaporize, leading to rapid decompression and swelling. Ultimately, the individual would lose consciousness within 15 seconds due to lack of oxygen.
An artificial satellite.
The Manned Impact Accelerator (MIA) is a space station concept designed for long-duration missions to deepen our understanding of human physiology and biology in space. It aims to provide a platform for studying the effects of microgravity on the human body, which is crucial for future deep space exploration missions.
If you were to die in space, your body would remain preserved due to the lack of oxygen and bacteria to cause decay. In the vacuum of space, the fluids in your body would vaporize, causing your body to desiccate. Over time, radiation and temperature extremes would eventually break down your remains.
There is currently no specific limit to how long a human can stay in space. Astronauts have spent up to a year on the International Space Station, but long-term effects on the body are still being studied. Extended stays in space can lead to muscle atrophy, bone density loss, and other health concerns.
In space, the human body experiences changes like muscle and bone loss, fluid shifts, and weakened immune system. To adapt, astronauts undergo exercise routines, use special equipment, and follow strict diets to maintain their health in the unique space environment.
In space, a human body experiences changes due to the lack of gravity. These changes include muscle and bone loss, fluid redistribution, weakened immune system, and potential vision problems. Astronauts must exercise regularly and follow strict health protocols to mitigate these effects.
The sixth intercostal space can be found between the sixth and seventh ribs on the side of the human body.
The human body is mostly composed of cells, tissues, and organs, which occupy physical space. However, at a microscopic level, there is more space between atoms and molecules than actual matter, so in that sense, some physicists estimate that about 99.9999999% of the human body is "empty space."
That makes no sense!
They are crushed
Well you die.
I think that the body can get very sick and explod!
Most of the water in the human body is located within the intracellular space, which is the fluid found inside the cells. Approximately two-thirds of the body's total water content is contained in this space. The remaining water is distributed in the extracellular space, which includes interstitial fluid and blood plasma.
When UV strikes human body, it causes:Skin cancerEye cataractSuppression of immune system.
you die
j00 d1e