Boyle's law is when temperature is constant and pressure and volume are inversely related. So this means that when pressure increases volume decreases.An example for this is the eletric tire pump. When pressure went up so did the temperature in the bottle.
Charle's law is when pressure is constant and temperature and volume are directly related. A good example of this is the can lab. When it was placed in cold water the volume quickly decreased causing an implosion.
Gay-lusaac's law is when volume is constant and temperature and pressure directly relate. My example is the egg lab. When you forced pressure in to the flask the volume of the egg decreased which helped it to slide out of the flask.
Nice explanations of the Laws. Although, the usage of the Egg lab as Boyle's Law was incorrect. The temperature was changed on more than one occasion.
ReplyDeleteyou have pretty good examples of the laws but in Boyles law we did change the temperature so i disagree.
ReplyDeleteGood examples of the laws but the Egg lab, the temperature was changed more then once.
ReplyDelete1st exmaple was a litte hard to understand how it was linked to the law. The 2nd and 3rd examples were a lot more clear and better.
ReplyDeleteI disagree with your boyles law example because the the eggs lab has constant change in temperature, it starts off hot and changes to cold.
ReplyDeleteHad good amount of details but the egg lab doesn't go with Boyle's law
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