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Martin Sleziak
Martin Sleziak
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The ancient Babylonians understood squares:


      [Plimpton 322](http://www.aliraqi.org/forums/showthread.php?p=147847980)

Plimpton 322

The ancient Athenians understood cubes, if we can take doubling the cube, i.e., [the Delian problem](http://mathworld.wolfram.com/CubeDuplication.html), as evidence.

The ancient Athenians understood cubes, if we can take doubling the cube, i.e., the Delian problem, as evidence.

My question is:

Q. When were 4th, 5th, $\ldots$, $n$-th powers contemplated/understood/used?

I am wondering how tied was the understanding of powers/exponentiation to geometry, to spatial dimensions. Did the ancients generalize their explorations to arbitrary integer exponents?

The ancient Babylonians understood squares:


      [Plimpton 322](http://www.aliraqi.org/forums/showthread.php?p=147847980)
The ancient Athenians understood cubes, if we can take doubling the cube, i.e., [the Delian problem](http://mathworld.wolfram.com/CubeDuplication.html), as evidence.

My question is:

Q. When were 4th, 5th, $\ldots$, $n$-th powers contemplated/understood/used?

I am wondering how tied was the understanding of powers/exponentiation to geometry, to spatial dimensions. Did the ancients generalize their explorations to arbitrary integer exponents?

The ancient Babylonians understood squares:


     

Plimpton 322

The ancient Athenians understood cubes, if we can take doubling the cube, i.e., the Delian problem, as evidence.

My question is:

Q. When were 4th, 5th, $\ldots$, $n$-th powers contemplated/understood/used?

I am wondering how tied was the understanding of powers/exponentiation to geometry, to spatial dimensions. Did the ancients generalize their explorations to arbitrary integer exponents?

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Joseph O'Rourke
Joseph O'Rourke
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History of powers beyond squares and cubes

The ancient Babylonians understood squares:


      [Plimpton 322](http://www.aliraqi.org/forums/showthread.php?p=147847980)
The ancient Athenians understood cubes, if we can take doubling the cube, i.e., [the Delian problem](http://mathworld.wolfram.com/CubeDuplication.html), as evidence.

My question is:

Q. When were 4th, 5th, $\ldots$, $n$-th powers contemplated/understood/used?

I am wondering how tied was the understanding of powers/exponentiation to geometry, to spatial dimensions. Did the ancients generalize their explorations to arbitrary integer exponents?