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Suppose we have two boxes of same material and same size but one have a hole in it and if we raise the temperature with equal amount then does two box expand equally?
When two boxes made of the same material and size are subjected to an equal temperature increase, their expansion behavior differs if one box has a hole. The discussion centers on a metal disk experiment where a small disk is removed from a larger ring after heating. The consensus is that the diameter of the remaining ring does not shrink after the small disk is removed, indicating that the expansion properties are influenced by the structural integrity of the material rather than just the presence of a hole.
PREREQUISITESStudents of physics, materials engineers, and professionals involved in thermal management and structural design will benefit from this discussion.
Thanks a lot sirmitochan said:Hi.
Interesting. Let me clear the idea you seem to have.
There is a metal disk. We cut it apart with a small disk and a ring part and keep them assembled.
We heat them up. The diameter of the disk grows. Then we take the small disk out. Does the diameter of the disk, now the ring, shrink ?
It seems no change to me.