boyles law is shown when there is a constent temperature, and preasure and volume are inversly related- one goes up the other goes down.
this law is shown in the marshmellow stations. when you push the suring you are increasing the preasure, you increase the preasure by forcing the same amount of volume into a smaller space, which squeezes the marshmellow without the suring phisicaly touching the marshmellow, this is why the marshmellow shrivels up.
Charles law states that under consistant preasure, temperature and volume are directly related- one goes up the other goes up too.
this law is shown in the can crushing staiton. we heated up the can on a hot plate which made the temperature rise and the volume of the water inside the can to expand. then by putting the heated can into water the temperature quickly decreased as did the the cans volume when it crushed.
Gay-Lasacs law states the when under constent volume, temperature and preasure are directly related
this law is shown in the bike pump lab. when you put more preasure in the bottle, by forcing more air into a smaller volume, the temperature goes up because there is more colisions which equals more colisions, and when you lessen the preasure, by releasing air, the temperature goes down, because there are less colisions which equals less friction.
Maybe explain a little more!!
ReplyDeleteI completely 100% agree with Brooke.
ReplyDelete& try working on the grammar. punctuation & capitalization are important.
Maybe explain a little more like the Brooke's said, and CAPITALIZE YOUR SENTENCES. But good job of stating the definition of the Law's.
ReplyDeletegood job stating the different laws but maybe explain a little better about what the lab was about and what happend but over all a very nice job!
ReplyDelete