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There was no successes in our final design, but our prototype was a success. We did not improve. The final percent was 43%. We would start at the prototype and thicken the walls with foil

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Thicken the walls.Mylar on top, more tape.

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The walls could be thicker.
28% loss. The walls where too thin.

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A cone made of white foam and aluminum foil.
( Shopping list) https://docs.google.com/spreadsheets/d/1-PIweJi7C_YJj8BidoSwysklufKhbVd6o3-xXwG1quU/edit#gid=0

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The trays demo showed me metal is fiscally more cold than plastic but plastic can absorb more heat. The spoons showed that plastic doesn't transfer heat as well as metal. The roof demo showed that black absorbs heat. Attic vs floor demo showed that heat rises and goes to the top no matter what. All of these demos showed me how we will improve our penguin home.

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White paper, white foam, aluminum.

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The problem is that the penguins are overheating and leaving their eggs, to cool off, then other birds are eating their eggs. The design challenge question is " How can design and build a shelter that reduces heat transfer and keeps my ice cube penguin from melting?"