It depends on what you mean by "outer space".
One commonly accepted definition is that outer space begins at the Karman line, 100 km above sea level. At this height atmospheric pressure is about 1 Pa (pressure at sea level is about 101 kPa).
Beyond that, scientists generally don't talk in terms of "pressure" but instead use mass density to describe how empty (or not) space is. The average mass density of the universe has been estimated at around 1 hydrogen atom per cubic meter.
The pressure in outer space is so low that many consider it as non-existant. It has a pressure of 1.322 × 10-11 Pa. Pressure may be detected from the molecule of air or water hitting you. Since there is very little air and hardly ever water hitting you in space, pressure is almost zero or negligible.
think of it as diffusion, pressure will take up space and clouds will have less space to develop.
During the Apollo EVAs, normal suit operating pressure was about 3.8 psi The Space Shuttle/ISS Extravehicular Mobility Unit (EMU) operates at approximately 4.3 psi.
Unlike earth, there is no atmosphere in space. it is essentially a vacuum with no pressure. our bodies aren't built to survive in an environment outside our atmosphere, so the space suit basically simulates the atmospheric pressure of earth, keeping our bodies intact.
Sound travels as pressure waves through air. There is no air in space so no sound.
To do this you need an increase in pressure and oxygen
In space, there is no air, and its pressure is Zero.
There is no atmosphere in space.
Normally, the pressure in the lungs is greater than the pressure in the pleural space surrounding the lungs
yes. high pressure take away space because when high pressure came together it increase the pressure.
pressure exerted by a vapor confined within a given space
think of it as diffusion, pressure will take up space and clouds will have less space to develop.
Pressure in a glass can be reduced by either decreasing the amount of the gas in a finite space, or by increasing the volume of the finite space.
When your body explodes outward from your center of gravity in space. There is no pressure in space. Your body's inner pressure is about the same as the earth's, preventing the earth's pressure from crushing you. In space, your body's pressure, as it has nothing pressing against it, expands outward in all directions until you are ripped apart.
Vacuum.
I'm thinking..get squashed by the pressure in space
I believe it's about 4psi (or 4psia in the vacuum of space)
Yes, you could explode in space by the pressure of the other planets.