You are trying to decide what popcorn containers to select for a school movie night. For the four types, calculate: 1) Volume 2) Surface Area 3) Cost per Cup of Popcorn (hint: you’ll need to find out some more information). The challenge: come up with new popcorn containers that hold the same volume but have less surface area (so they cost less to produce). Authentic Movie Night: The small plastic tub costs $1.99. It measures 5.25″ across the top and is 5″ tall. The large plastic tub costs $2.99. It measures 7″ across the top and is 7.25″ tall. Pop-open Popcorn: These cardboard tubs have dimensions 4″W x 8″H. They…
The world is serendipitous. I ran into Hannah Lesk (grad student from HGSE who worked on Radix for a bit) at the LearnLaunch conference yesterday, and she gave me a cool idea for surface area and volume from Wayne Thiebaud’s Cakes. Now pondering my design of problems relating to icing, pricing, and packaging. I’m thinking of having them calculate the cost of icing all the cakes in the picture (based on surface area), and then figuring out how many cakes they could store in a school store pantry before selling them for prom fundraising (using the cake caddy). I’m also thinking of doing some pan conversions.