According to the ideal gas Law, PV = constant for a giventemperature. As a resul

Question

According to the ideal gas Law, PV = constant for a giventemperature. As a result, an increase in volume corresponds to adecrease in pressure. This happens because the molecules - collide with each othermore frequently - move slower on theaverage - strike the container wallless often - transfer less energy tothe walls of the container each time they strike it According to the ideal gas Law, PV = constant for a giventemperature. As a result, an increase in volume corresponds to adecrease in pressure. This happens because the molecules - collide with each othermore frequently - move slower on theaverage - strike the container wallless often - transfer less energy tothe walls of the container each time they strike it

Explanation / Answer

the molecules strike the walls less often. the speed of eachindividual molecule is fixed for a fixed temperature, so if youmaintain the temp and increase the volume it will take themolecules longer after bouncing off one side to hit anotherside. message me if you want me to give an explanation as to why each ofthe other ones are incorrect.

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