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The 5 layers of the house helped the ice from melting because all the layers were the best insulators. Our failure was that some of the ice melted so something went wrong. Our percent lost for the final home was 28%. I don't think I would change anything if I were to redesign this.

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Our successes were that the aluminum kept part of the ice from melting. Our failures were that the paper shouldn't have been on the outside because we lost quite a bit of the penguin. Our percent lost was 63%

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We used the same materials we used when we started but this time the penguin has more layers covering it. We also bought cotton balls as insulation and wooden sticks as a base.

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We will put paper on the sides and tape them together. After that we can put strips of Mylar covering up the sides. Finally we will put aluminum inside the house.

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We may want to use plastic because it is a good insulator,  according to the trays demo.
In the spoons demo, it also shows that plastic is a good insulator.
In the Black vs Mylar roof demo, the Mylar roof kept all the heat out but the black roof let it all in.
When the heat lamp was shining on the attic floor the heat was there, but when the heat lamp was shining on the first floor the heat slowly transferred from the attic to the first floor.

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Best Materials: Mylar, Aluminum Foil, and White Paper

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The penguins need saving because their homes are too warm. When they go to cool off in the water,  the seagulls steal their eggs.
How can I design and build a shelter that reduces heat transfer and keeps my ice cube penguin from melting.