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Gas pressure is the result of simultaneous collisions of rapidly moving particles in a gas with an object. A. True B. False
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Not Answered
Updated 299 days ago|7/3/2016 10:49:47 AM
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Gas pressure is the result of simultaneous collisions of rapidly moving particles in a gas with an object. TRUE.
Added 299 days ago|7/3/2016 7:11:38 AM
This answer has been confirmed as correct, not copied, and helpful.
Confirmed by jeifunk [7/3/2016 10:49:48 AM]
Gas pressure is the result of simultaneous collisions of rapidly moving particles in a gas with an object. A. True B. False
Weegy: Gas pressure is the result of simultaneous collisions of rapidly moving particles in a gas with an object. TRUE. (More)
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Updated 2/10/2016 6:57:33 PM
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Gas pressure is the result of simultaneous collisions of rapidly moving particles in a gas with an object. A. True B. False
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Updated 3/20/2016 10:17:58 AM
1 Answer/Comment
Gas pressure is the result of simultaneous collisions of rapidly moving particles in a gas with an object. TRUE.
Added 3/20/2016 9:34:12 AM
This answer has been confirmed as correct, not copied, and helpful.
Confirmed by yumdrea [3/20/2016 10:18:02 AM]
When the Kelvin temperature of an enclosed gas doubles, the particles of the gas _____. A. Strike the walls of the container with less force B. Move faster C. Decrease in average kinetic energy D. Decrease in volume
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Updated 2/7/2013 6:19:04 AM
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When the Kelvin temperature of an enclosed gas doubles, the particles of the gas Move faster.
Added 2/7/2013 6:19:10 AM
This answer has been added to the Weegy Knowledgebase
When the temperature and number of particles of a gas are constant, which of the following is also constant? A. The sum of the pressure and volume B. The difference of the pressure and volume C. The product of the pressure and volume D. The ratio of the pressure and volume
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Expert Answered
Updated 2/7/2013 4:20:43 AM
1 Answer/Comment
When the temperature and number of particles of a gas are
constant, the product of the pressure and
volume are also constant.
Added 2/7/2013 4:20:43 AM
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