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How does the pressure change affect people

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Why does the pressure increase the deeper you go?

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Why does the atmospheric pressure drop so low?

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Why does the atmospheric pressure drop so low?

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How long does it take for the pressure to change?

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How long does it take for the pressure to change?

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How does this happen?

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Why does it drop low?

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Pressure is defined to be the amount of force exerted per area. The formula is “P=F/A”. The more molecules move in a container, the more they bump into the walls, and the higher pressure. The unit for pressure is the Pascal.. “1 Pa= 1 N/m^2”

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The amount of force exerted per area; the equation to get pressure is P= F/A

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The amount of force exerted per area; the equation to get pressure is P= F/A

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As altitude rises air pressure gets lower. This is because of gravity pulling air towards the earth’s surface, and density because as altitude increases, the number of gas molecules decreases, making the air less dense. Climate can impact the air pressure of an altitude. Even if two places have the same altitude, their air pressures can vary due to the humidity. Gases at sea level are compressed due to the weight of the atmosphere above.

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It drops very low. In coastal areas before a hurricane it can drop from 1,200 millibars to just 30 millibars

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As you go deeper in the water the pressure increases and to maintain buoyancy while diving you have to change the pressure you have. As well as the pressure causes the air in your lungs to shrink.

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As you go deeper in the water the pressure increases and to maintain buoyancy while diving you have to change the pressure you have. As well as the pressure causes the air in your lungs to shrink.

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Pressure and temperature are linearly related. If temperature increases by x, gas pressure increases by x too. (This goes the same with a decreasing variable).

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Volume and pressure are inversely related. More volume, less pressure. The less volume, the more pressure. This is because when the volume of the gas decreases, molecules of the gas are forced closer together and create more pressure.

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If gas is in a closed container, it hits the sides. The more times the gas particles hit the side, the more pressure there is. Heat causes the particles to move faster so they hit the sides more and over a shorter period of time.

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If gas is in a closed container, it hits the sides. The more times the gas particles hit the side, the more pressure there is. Heat causes the particles to move faster so they hit the sides more and over a shorter period of time.

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Heat causes more pressure

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Merriam-Webster defines pressure as
"The application of force to something by something else in direct contact with it; also known as compression."
And yes, I'm just ripping this answer straight from a dictionary with no alteration. I am the embodiment of lazy.
Eggs.

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Gas pressure originates from gas particles being contained within a space with a set volume. The gas particles are constantly in motion, so they bounce off the walls of the container. The more particles within a container, the higher the pressure. Pressure is affected by change in temperature. The higher the temperature, the faster the particles move, the higher the pressure and vice versa.

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The heat changed, causing the quarter to move

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The quarter moved by the pressure of the cold air expanding from the warming up of the air inside the bottle

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The quarter moved because of the sudden change of heat which makes pressure 

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The quarter moved because of the sudden change of heat which makes pressure 

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Pressure moved the quarter -mark

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The quarter moved

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Because the the bottle got warmer the air inside expanded and the pressure inside the bottle that was created moved the quarter 

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Because the the bottle got warmer the air inside expanded and the pressure inside the bottle that was created moved the quarter 

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Quarter started moving

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because the hands around the bottle were making warm air that rose to try and escape, the quarter moved

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The change in pressure moved the quarter 

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The change in pressure moved the quarter 

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The heat change, from the ice cold cooler to the warm hands, caused the quarter at the top to move because the air particles were expanding

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The heat change, from the ice cold cooler to the warm hands, caused the quarter at the top to move because the air particles were expanding

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Quarter was moving

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The quarter moved because the increase in temperature caused a difference in pressure

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Because the pressure inside the bottle was increasing due to the heat and pushed the quarter

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The quarter on top of the bottle was moving as the air from inside the bottle was building up pressure and trying to release

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The quarter was being pushed and moved around by the pressure built up inside of the cold bottle once it was warmed. This is because the cold air was trying to escape once the warm air came in.

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The quarter was being pushed and moved around by the pressure built up inside of the cold bottle once it was warmed. This is because the cold air was trying to escape once the warm air came in.

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The quarter was moving from the pressure on the sides of the bottle 

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The quarter was moving from the pressure on the sides of the bottle 

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The quarter was popping up. I think it was caused by the cold air in the bottle being warmed by their hands, and therefore expanding, and it needed to go somewhere so it moved the quarter out of the way.

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The quarter was being pushed from the bottom, and the gas was escaping which was why the quarter looked like it was jumping.

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I saw the quarter move or shake on top of the bottle because of the build up of the gas inside of the cold bottle.

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I saw the quarter move or shake on top of the bottle because of the build up of the gas inside of the cold bottle.

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The gas began depressurizing due to an increase in temperature. Since the glass bottle and quarter were both rigid the gas escaped by lifting the quarter slightely to decrease the pressure buildup.

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The quarter was moving up because of the pressure from inside the bottle. This was due to the temperature rising from their hands on the bottle.

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The air being warmed inside the bottle caused it to expand and push against the quarter

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The air being warmed inside the bottle caused it to expand and push against the quarter

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The pressure from inside the bottle caused the quarter to move a little bit

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- Geoff

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a force pushing against something

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Planes
-mark

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I think of pressure as a force pushing down on us.

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Force on something

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Something constantly pushing on something else

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Something constantly pushing on something else

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Force on something

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Weight on something

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I think of the amount if force on a physical object 

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I think of the amount if force on a physical object 

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I think of like going down to the bottom of a deep swimming pool

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I think of like going down to the bottom of a deep swimming pool

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Something like gas being closed in a very tight space with little room for molecules to move around

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I think about how compressed something is, the more compressed the more pressure. For example, air at high pressure is compressed air that, when released, creates a strong stream of air.

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Gravitation energy compressing a substance.

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Force

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Pressure is a force in the air from hot and cold air and elevation.

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Pressure is a force in the air from hot and cold air and elevation.

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I think of something that pushes an object down or like the weight an object puts on something

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I think of a force pushing against or on something else

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I think of a force pushing against or on something else

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Something blowing up

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I think of forcing something to happen

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Queen