EPISODE · Aug 2, 2018 · 8 MIN
Why Big Stuff Cools Off Slower Than Small Stuff
from Science, Spoken · host SpokenLayer
Welcome to another chapter in my ongoing saga entitled "big things are not small things." In this edition of big vs. small, let's look at hot stuff. Here I have three aluminum objects. A large block, a small block, and a heat sink. Just for reference, the big block is about 14 centimeters long and the smaller block is almost 4 centimeters long (with the heat sink a little bit bigger than that). Of course none of these objects are cubes—but that's OK. So here's what I did. Learn about your ad choices: dovetail.prx.org/ad-choices
What this episode covers
Welcome to another chapter in my ongoing saga entitled "big things are not small things." In this edition of big vs. small, let's look at hot stuff. Here I have three aluminum objects. A large block, a small block, and a heat sink. Just for reference, the big block is about 14 centimeters long and the smaller block is almost 4 centimeters long (with the heat sink a little bit bigger than that). Of course none of these objects are cubes—but that's OK. So here's what I did.
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Why Big Stuff Cools Off Slower Than Small Stuff
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