Elementarmathematik vom hoheren standpunkte aus

Korrespondenz felix klein adolph mayer

Vorlesungen über das ikosaeder

RAR18092021 / G3BA20-47 / Brochura / Usado / Estado razoável / Capa escurecida pela ação do tempo, com marcas de manuseio, um pouco amassada, contornos e pontas amassados com tinta descascada e cortes / Texto sem grifos / Bordas e corte escurecidos pela ação do tempo, com pontos de oxidação / Miolo com folhas amareladas, algumas com pontos de oxidação e marcas de dobra, algumas anotações a lápis /...

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SKU: 29390051. Condição: USADO. . Capa Dura. Ótimo estado. Bordas com leves manchas. Primeiras e últimas páginas levemente manchadas. Sem grifos, riscos, rabiscos. Todos os textos das páginas em perfeito estado. Lembramos que a descrição é subjetiva, podendo variar de acordo com o julgad

SKU: 30755797. Condição: USADO. Acabamento: Encadernado Capa Dura, Página: 218. Livro em bom estado. Encadernado. Usado, desgastes do manuseio e marcas do tempo. Páginas amareladas. Oxidações nos cortes (pequenos pigmentos na cor ferrugem). Idioma espanhol.

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...

In this classic of mathematical literature, first published in 1884, Felix Klein elegantly demonstrates how the rotation of icosahedron can be used to solve complex quintic equations. Divided into two parts-Theory of the Icosahedron and The Theory of Equations of the Fifth Degree-The Icosahedron covers:. the regular solids and the theory of groups. introduction of (x + iy). statement and discussio...