https://padlet.com/britt_tbl/uaz6nlbnvp9l Module 13, Chem en-us 2018-06-02 01:03:49 UTC 2018-06-02 02:08:50 UTC hello@padlet.com britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120365 Relationship between volume and temperature ]]> 2018-06-02 01:55:59 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120365 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120400 The formula for Charles Law is V1 / T1 = V2 / T2 
V = volume 
T = temperature ]]> 2018-06-02 01:56:33 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120400 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120442 Charles Law uses Kelvin for temperature. Therefor, there are no negative temperatures in Charles Law]]> 2018-06-02 01:57:24 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120442 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120484 As temperature increases, volume will increase as well. And vice versa. If temperature decreases, volume will decrease as well. ]]> 2018-06-02 01:58:28 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120484 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120536 Boyles Law relates to pressure and volume]]> 2018-06-02 01:59:41 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120536 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120548 Boyle's Law uses the formula, P1 x V1 = P2 x V2
P = pressure 
V = volume  ]]> 2018-06-02 02:00:09 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120548 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120622 The pressure in Boyle's Law, can be measured in quite a few ways. Such as kPa, atm, pascal, torr and ect. ]]> 2018-06-02 02:01:40 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120622 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120685 When pressure increases in Boyle's law, volume will decrease. The same as if pressure decreases, volume will increase. ]]> 2018-06-02 02:02:47 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120685 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120728 Gay-Lussac's law relates to temperature and pressure]]> 2018-06-02 02:03:34 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120728 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120791 The formula for Gay-Lussac's law is P1/T1 = P2/T2
P = pressure 
T = temperature ]]> 2018-06-02 02:04:40 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120791 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120860 An increase of temperature, will have an increase of pressure according to Gay-Lussac's Law. Decrease in temperature, will have a decrease in pressure. ]]> 2018-06-02 02:05:55 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120860 britt_tbl https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120922 Pressure can be measured in all the same ways that Boyle's law could be measured in. So kPa, torr, atm, ect. And this law also uses Kelvin for temperature, so there are no negative temperatures. ]]> 2018-06-02 02:07:10 UTC https://padlet.com/britt_tbl/uaz6nlbnvp9l/wish/265120922