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What two things effect air pressure?

Updated: 8/17/2019
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12y ago

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the two things that effect air pressure is force and area

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Q: What two things effect air pressure?
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it depends on weather and climate.


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If two air masses with large differences in air pressure are near one another what weather condition will most likely exist between the two air masses?

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Two barometers are placed one kilometer apart One sHow is higher pressure than the other what will happen to the air between them?

!!! So, the air pressure between them will obviously be pushing down more on the barometer recording the higher air pressure, right? "So what!?" You say. So, this causes a few things. The air around the barometer with the high pressure may become very dense, while the air around the other barometer may be less dense. Hope I helped!!! :)


How does wind exist?

Wind exists because of two main forces: The rotation of the earth, and the heat and light from the sun. The rotation of the earth causes wind because the natural tendency of air molecules is to stay still. The earth essentially is moving, and the air is essentially staying where it is, creating the illusion that the air is moving. This is called "the Coriolis Effect". The Coriolis effect is what causes the constant unchanging winds used by sailing ships. The heat from the sun is responsible for almost all of earth's weather, except for those mentioned above. The sun's heat causes the air molecules to become excited, and lack of heat makes the molecules stand still. Excited molecules expand, and create High Pressure. Still molecules contract and create low pressure. When high pressure air moves in to fill in the slight vacuum created by low pressure air, it creates wind. In short HOT AIR = HIGH PRESSURE COLD AIR = LOW PRESSURE HIGH PRESSURE TRIES TO GET TO WHERE THERE IS LESS PRESSURE.


Does wind exist?

Wind exists because of two main forces: The rotation of the earth, and the heat and light from the sun. The rotation of the earth causes wind because the natural tendency of air molecules is to stay still. The earth essentially is moving, and the air is essentially staying where it is, creating the illusion that the air is moving. This is called "the Coriolis Effect". The Coriolis effect is what causes the constant unchanging winds used by sailing ships. The heat from the sun is responsible for almost all of earth's weather, except for those mentioned above. The sun's heat causes the air molecules to become excited, and lack of heat makes the molecules stand still. Excited molecules expand, and create High Pressure. Still molecules contract and create low pressure. When high pressure air moves in to fill in the slight vacuum created by low pressure air, it creates wind. In short HOT AIR = HIGH PRESSURE COLD AIR = LOW PRESSURE HIGH PRESSURE TRIES TO GET TO WHERE THERE IS LESS PRESSURE.