https://padlet.com/nathan_rueber/x5wki88cnxp7 Made with a quick smile en-us 2018-04-30 19:56:07 UTC 2018-05-03 13:23:11 UTC hello@padlet.com nathan_rueber https://padlet.com/nathan_rueber/x5wki88cnxp7/wish/256687034 What we did was measure the temperature of the water in our cup and in the control cup. We also measured the temperature of the washers. Then we put the washers in the water and measured all of those thing again.  The results we found were that the water in our cup after dropping in the washers got warmer. The temperature went from 72 to 89℉. The water in the control cup stayed at 72℉. Finally the metal washers went from 114℉ to 83℉. In the 2nd experiment we did we measured the water in the control cup, our cup, and the metal washers again. Except this time the washers were warm. The results we found for this test were that the water got colder. The temperature went from 104℉ to 92℉. The water in the control cup got colder also and went from 104℉ to 98℉. Finally the metal washers got warmer and went from 78℉ to 82℉. These thing happened because of the transfer of heat. For example the washers got warmer because the water was warm and their molecules were moving faster so the heat transferred faster to the slower moving molecules.


]]> 2018-04-30 19:57:12 UTC https://padlet.com/nathan_rueber/x5wki88cnxp7/wish/256687034