Boyle's Law has a constant temperature while pressure and volume are inversely related which means that when the volume goes down the pressure goes up. A perfect example of Boyle's Law would be the pressure lab. We had to record our data and according to it we found that the the pressure and volume were different because the bottle was completely sealed with the pump connected to it.
Charle's Law has constant pressure with temperature and volume directly related. The example of Charle's Law would be Station 4, the can lab. We put 5-10mL of water in the can then placed it on the heater until it steamed, then immediately placed it in water and as soon as it hit the water it crushed. What happened was that the temperature and volume affected the outcome for the can to crush.
Gay-Lusaac's Law has constant volume with pressure and temperature directly related. I think the blue liquid station is associated with Gay-Lusaac's Law. The more pressure we had, we had a different volume of blue liquid coming out.
I think you did good on explaining each law. Maybe add more about why the experiments are related to the laws and what they are.
ReplyDeleteI like how you restated the laws, but you didnt explain why each of the examples were the different laws.
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