Difference between revisions of "Ham Sandwich Theorem"
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The '''Ham Sandwich Theorem''' is a theorem in [[analysis|mathematical analysis]] stating that the volume of any three 3-dimensional objects of any shape (imagined as a slice of bread, some ham, and another slice of bread) can all be perfectly bisected with one plane. That is, one straight slice of a knife will create two half-sandwiches, with exactly equal amounts of bread on top, equal amounts of ham, and equal amounts of bread on the bottom. It is the three-dimensional version of the two-dimensional [[Two-Pancake Problem]]. | The '''Ham Sandwich Theorem''' is a theorem in [[analysis|mathematical analysis]] stating that the volume of any three 3-dimensional objects of any shape (imagined as a slice of bread, some ham, and another slice of bread) can all be perfectly bisected with one plane. That is, one straight slice of a knife will create two half-sandwiches, with exactly equal amounts of bread on top, equal amounts of ham, and equal amounts of bread on the bottom. It is the three-dimensional version of the two-dimensional [[Two-Pancake Problem]]. | ||
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Latest revision as of 00:40, September 22, 2018
The Ham Sandwich Theorem is a theorem in mathematical analysis stating that the volume of any three 3-dimensional objects of any shape (imagined as a slice of bread, some ham, and another slice of bread) can all be perfectly bisected with one plane. That is, one straight slice of a knife will create two half-sandwiches, with exactly equal amounts of bread on top, equal amounts of ham, and equal amounts of bread on the bottom. It is the three-dimensional version of the two-dimensional Two-Pancake Problem.