=======Reflections========
**Student 1**\\
Learned: Different materials transfer heat more and less easily.\\
Wants to Know: What's going on when you touch the metal compared to when you touch Styrofoam?\\
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**Student 2**\\
Learned: Powerful ideas about why materials are all the same temperature but feel different.\\
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**Student 3**\\
Learned: All of the new powerful ideas.\\
Wants to Know: Why is it that the metal conducts heat so quickly?\\
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**Student 4**\\
Learned: Conductivity is a property of all of the objects.\\
Wants to Know: Why does the density effect the conductivity of various materials?\\
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**Student 5**\\
Learned: Different materials transfer heat in different ways.\\
Wants to Know: I'm wondering what we'll be using the temperature probes for.\\
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**Student 6**\\
Learned: I was reminded that things that seem obvious to us may be confusing for kids.\\
Wants to Know: Can you use the probes in ocean waters in different places?\\
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**Student 7**\\
Learned: I learned about ways to control water temperatures.\\
Wants to Know: I want to relate light and temperature together- I thought lighter surfaces would be warmer.\\
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**Student 8**\\
Learned: Difference between insulators and conductors.\\
Wants to Know: I would like to use a pair of thermal goggles to see how heat and energy are transferred.\\
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**Student 9**\\
Learned: Even though the metal plate feels colder to us, they're actually the same temperature as the wood and Styrofoam.\\
Wants to Know: Why does this happen?\\
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**Student 10**\\

Learned: Materials' ability to absorb and conduct heat depends on conductivity.\\
Wants to Know: Density is a separate concept from conductivity.\\
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**Student 11**\\
Learned: Metal conducts heat more quickly than wood or Styrofoam.\\
Wants to Know: If cold blooded animals could be a heat source as well.\\
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**Student 12**\\
Learned: Metal conducts heat rapidly.\\
Wants to Know: More about the rate of change.\\