Atmospheric pressure is caused by the weight of air above the measurement point. At 30,000 feet in the sky, the air pressure on the outside of the airplane will be much lower than it was nearer the ground.
The air pressure increases
It increases. In an unpressurized airplane, the pressure increases because the air is denser at lower altitudes. In a pressurized airplane, the pressure increases both because the pressure must be equalized before the doors can open and because the hull is not designed to withstand an outside pressure higher than the inside pressure.
The 'pop' you hear is the pressure equalizing between the cavity or the inner ear and the outside air pressure. The reason this happens so suddenly is because the air in your inner ear comes through a tube (called the Eustachian Tube) that is linked to your mouth.
Hydrostatic pressure at depth h beyond liquid surface is given by the formula: p = p0 + dgh where p0; = atmospheric pressure at liquid surface usually 1 ATM or 101325 Pa (1Pa = kg/ms²) d = liquid density (water is 1.00 g/ml) g = gravitational acceleration (9.8 m/s^2 on Earth)
The boiling point of water is related to the atmospheric pressure. The air pressure in the plane is not the same as outside the plane. Otherwise you couldn't breath in the plane. :)
We don't explode, or implode, due to air pressure because the pressure inside our bodies balances the pressure outside our bodies. This is the normal state. At sea level and standard conditions, air pressure is about 14.7 pounds per square inch. In the non-normal state, such as decreasing or increasing the outside air pressure, our bodies attempt to compensate. Within limits, this is successful, such as going up and down in an elevator or in an airplane. In extreme conditions, such as very deep water, we can implode. In the opposite case, such as in outer space, we can explode.
It gets thinner (the pressure drops) and colder.
In a commercial airliner flying at cruising altitude, the air pressure inside the airplane is considerably higher than the air pressure outside. The air pressure outside is too low for people to breathe comfortably, so the interior is pressurized.
Bags of chips (crisps) can expand in an airplane. A bag of chips on the ground doesn't appear to be inflated because the outside air pressure is high. As the elevation increases (like in an airplane) the outside air pressure decreases, which means that there is also less pressure in the bag. As the pressure decreases in the bag, the gas inside wants to take up more room and it expands (similar to what happens when the pressure is released from a can of soda). However, the cabins of most airplanes are pressurized, so you would not be able to see any expansion.
there is less pressure above the ground so the ink inside it burlge outside and flow in airplane......
It increases. In an unpressurized airplane, the pressure increases because the air is denser at lower altitudes. In a pressurized airplane, the pressure increases both because the pressure must be equalized before the doors can open and because the hull is not designed to withstand an outside pressure higher than the inside pressure.
The 'pop' you hear is the pressure equalizing between the cavity or the inner ear and the outside air pressure. The reason this happens so suddenly is because the air in your inner ear comes through a tube (called the Eustachian Tube) that is linked to your mouth.
They leak because the pressure inside the bottle is higher than the pressure outside of the bottle. That makes the contents in the bottle want to escape because it wants to equalize the pressure.
atmospheric
Hydrostatic pressure at depth h beyond liquid surface is given by the formula: p = p0 + dgh where p0; = atmospheric pressure at liquid surface usually 1 ATM or 101325 Pa (1Pa = kg/ms²) d = liquid density (water is 1.00 g/ml) g = gravitational acceleration (9.8 m/s^2 on Earth)
Air pressure outside the body decreases, pressure inside the ear presses out on the eardrums. The "Popping" sensation is pressure equalizing through the Eustachian tubes.
You are influenced by peers to conform & do things outside your nature.
you will get explosive decompressions (at least if the plane is flying so the cabin is pressurized) the air-pressure in the cabin is larger than outside, the air wants out. id you make a hole in the fuselage (by opening a door for example) all the air wants to escape via that hole very quickly, this can rip an airplane apart.