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The changes we made is we added more insulation in the roof, changed the floor, and added Mylar on top. All of these changes succeeded. Our failure was the floor but when we changed it, it improved. The final percent loss was 30.3%! If I could make one more change it would be to make it bigger.

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A change we made was the  floor. Our floor used to be construction paper but we changed it to white foam because we thought it would help absorb heat away from the penguin ice cube.
We also added Mylar for our roof to help reflect more heat away.

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My successes in my groups design was the percent lost wasn't to much greater than 30%. The percent loss was 38%
But a failure my groups design had was the house was a bit to small because when the ice cube melted it started to melt outside of the house.

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Our house is an igloo shape and is small. Aluminum for roof and walls. White foam for insulation, and Mylar on top for extra protection.

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Trays Demo: We would NOT want conductors. We would want to use insulators.
Spoons Demo: We do NOT want to use metal as the floor in the home
Black vs Mylar Roof:
We are going to use a roof material that is reflective, so it can reflect the heat.
Attic vs Floor: We do not want our penguin to be near the top of our house because it will be exposed to more heat.

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Insulators
1)White Foam
2)Aluminum
3)Mylar

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These penguins need to be saved because they are overheating in S. Africa and there eggs are getting stolen by birds.
How can I design and build a shelter that reduces heat transfer and keeps my ice cube penguin from melting?