Gas pressure and expansion of gas

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Consider a gas in a cylinder with a piston. When heat is supplied to gas, there will be work done by the gas on the piston-- gas expands. My question is: as the gas expands, why would there be a decrease in pressure of the gas as the volume increases and the piston moves up? I know because Boyle's law says so but can someone please give me an answer of what is exactly happening please? Because I thought as gas particles gain energy from heat, they move faster hence hit the piston harder (i.e. a greater force exerted on the piston). If soshouldn't gas pressure increase as volume increases due to P=F/A?
 
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Hello everyone, I was advised to join this community while seeking guidance on how to navigate the academic world as an independent researcher. My name is Omar, and I'm based in Groningen The Netherlands. My formal physics education ended after high school, but I have dedicated the last several years to developing a theoretical framework from first principles. My work focuses on a topological field theory (which I call Swirl-String Theory) that models particles as knotted vortex...
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