# data[].attributes.body
As altitude goes up, air pressure goes down, because the number of gas molecules at high altitude is low, making the air less dense. It’s also caused by gravity, since air is attracted towards earth’s surface.

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When scuba diving, you dive deep underwater and all of the water that is above you puts pressure on you.

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As the temperature increases, the gas pressure increases as does the speed of the molecules. The speed and spacing of the molecules varying based on temperature also directly ties to the volume.

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The atmospheric pressure drops the faster and lower it drops the quickly the storm comes

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Gas pressure is caused by the collision of molecules against the container. The kinetic energy of each gas depends on its temperature.

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The relationship between gas and volume is inversely related, meaning that as volume increases, pas pressure decreases. (and vice versa) This is because smaller spaces/volume means that the gas molecules bounce around in the container more, which increases the pressure. The opposite happens as the volume becomes greater.

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Pressure is the amount of  force per area unit. The formula used to calculate pressure is p=F/A. It is measured in pascal.

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As the temperature changed, the air molecules volume increase which created more pressure and pushed up and moved the quarter

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Change of temperature caused pressure to change and move the quarter.

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the pressure changed which resulted in the quarter moving

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the pressure changed which resulted in the quarter moving

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Pressure from the temp change

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The hand has warmed the bottle and temperature changed so air turned warmer in the bottle and the warm air risen and move the coin

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When you hold the bottle, you increase the temperature of the bottle and the pressure causes the quater to move.

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The pressure from the temperature change 

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The pressure from the temperature change 

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Pressure

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The pressure from the change in temp caused the quarter to move

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There was pressure on the coin from the cold air

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The change of pressure in the bottle made the quarter move.

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Pressure released because of the warming of the bottle causing the quarter to move

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The quarter was able to move because the pressure inside the bottle changed. The pressure change was caused by a change in temperature.

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When the air was forced to stay in the bottle, because of the quarter, it started to try to leave the bottle because of the outside pressure.

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When the air was forced to stay in the bottle, because of the quarter, it started to try to leave the bottle because of the outside pressure.

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The bottle starts off cold and your hands warm up the bottle making more pressure causing the coin to start lifting a little bit.

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The bottle was cold and it started to warm up so that caused pressure against the quarter and the air couldn’t escape. That is why the quarter was moving.

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holding the bottle causes it to warm and the gas rises moving the quarter

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The warming of the bottle cause the temperature to go up and hot air rises so the quarter moving up a little was from the hot air going up

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Because the pressure in the bottle was released and the air that came out pushed at the quarter.

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Change of temp forced the pressure to move the quarter

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Pressure from the change of temperature made the quarter move

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The pressure in the bottle was caused because of the temperature

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The cold  and heat from bottom of botttle and it was going up and idk 

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The cold  and heat from bottom of botttle and it was going up and idk 

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By holding onto the cold bottle, it warms up causing the pressure to increase and it moves the quarter.

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The gas particles in the cold bottle began to heat up and rise to the top because your hand temperature is warmer than the bottle. So, when the particles rose they began to put more pressure on the coin, causing it to rise slightly.

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Because the temperature in the bottle decreased because we transferend body heat, the air pressure increased in relation to the atmosphere so the air pushed the coin up to release pressure

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Force

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Something pushing down on another object

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Air pressure

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Force

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Force

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The pressure to succeed and do well in sports

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Forcing something to become denser

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How close atoms are together

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I think of pressure as a force being pushed onto an object

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Get good grade s

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Force that goes against something

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something being pushed by another force

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A type of force that goes against something.

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I think of force being pushed against something

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Air

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When I hear the word “pressure”, I think of the amount of force being applied to an object.

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I think of Air pressure

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I think of different types of pressure like water pressure and air pressure. I also think of a force or weight being put on something.

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I think of different types of pressure like water pressure and air pressure. I also think of a force or weight being put on something.

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I think of force pushing against something

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I think of how a balloon pops if you put too much pressure on it.

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I think of force when I think of pressure or a force acting on something or pushing it.

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Physical force against something, water pressure, etc

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Air pressure

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I think of something being compressed/crushed.

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Force being pushed upon an object