tag:blogger.com,1999:blog-2057167929671624137.post4805843294054366484..comments2024-01-27T04:26:39.043-08:00Comments on Science Matters: Denisty: Candy DensityUnknownnoreply@blogger.comBlogger3125tag:blogger.com,1999:blog-2057167929671624137.post-45145016231065095682014-12-17T05:33:38.847-08:002014-12-17T05:33:38.847-08:00Great idea to teach calculation which is the most ...Great idea to teach <a href="http://www.molaritycalculator.com/" rel="nofollow">calculation</a> which is the most boring thing for students.Jednoreply@blogger.comtag:blogger.com,1999:blog-2057167929671624137.post-42955272463626618832014-11-18T23:17:52.552-08:002014-11-18T23:17:52.552-08:00There are definitely a lot of ideas out there! I h...There are definitely a lot of ideas out there! I had so much fun researching them.MonaGill@CalcGeek.comhttp://www.calcgeek.com/molality-calculator/noreply@blogger.comtag:blogger.com,1999:blog-2057167929671624137.post-49260989987319449412011-11-10T21:47:27.738-08:002011-11-10T21:47:27.738-08:00Three Musketeers float, too, so those would probab...Three Musketeers float, too, so those would probably work well. I wonder if the density would be easier to calculate for larger candies, since they would displace more water and you'd be better able to get a good volume measurement? At least when I do candy density in my kitchen, and all I'm using is a liquid measuring cup, I need to use quite a bit of candy to be accurate. Or do you use a graduated cylinder or something?Loraleehttps://www.blogger.com/profile/01800100162841966432noreply@blogger.com