Fermat's Last Theorem: Unlocking The Secret Of An Ancient Mat
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2-3 päeva
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9780140267082
Description: Shortlisted for Rhone Poulenc General Prize for Science Books 1998.
Around 1637, the French mathematician Pierre de Fermat wrote that he had found a way to prove a seemingly simple statement: while many square numbers can be broken down into the sum of two other squares - for example, 25 (five squared) equals nine (three squared) plus 16 (four squared) - the same can never be d...
Around 1637, the French mathematician Pierre de Fermat wrote that he had found a way to prove a seemingly simple statement: while many square numbers can be broken down into the sum of two other squares - for example, 25 (five squared) equals nine (three squared) plus 16 (four squared) - the same can never be d...
Description: Shortlisted for Rhone Poulenc General Prize for Science Books 1998.
Around 1637, the French mathematician Pierre de Fermat wrote that he had found a way to prove a seemingly simple statement: while many square numbers can be broken down into the sum of two other squares - for example, 25 (five squared) equals nine (three squared) plus 16 (four squared) - the same can never be done for cubes or any higher powers. This book provides an account of how Fermat's solution was lost, the consequent strug
Around 1637, the French mathematician Pierre de Fermat wrote that he had found a way to prove a seemingly simple statement: while many square numbers can be broken down into the sum of two other squares - for example, 25 (five squared) equals nine (three squared) plus 16 (four squared) - the same can never be done for cubes or any higher powers. This book provides an account of how Fermat's solution was lost, the consequent strug
| Autor | Aczel, Amir D. |
|---|---|
| Ilmumisaeg | 1998 |
| Kirjastus | Penguin Books Ltd |
| Köide | Pehmekaaneline |
| Bestseller | Ei |
| Lehekülgede arv | 160 |
| Pikkus | 198 |
| Laius | 198 |
| Keel | English |
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