EMS Proceedings and Notes

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On the relation between the stereographic projections of points of a plane related to one another by inversion | Vol X (1891) 46-50 |

Note of Newton's theorem of symmetric functions | Vol XI (1892) 61 |

Some formulae in connection with the parabolic section of the canonical quadric | Vol XIII (1894) 136-142 |

Note on the inequality theorems that lead up to the exponential limit (1+1/x)^{x} → e as x → ∞
| Vol XVII (1898) 33-37 |

Note on the expression for the area of a triangle in Cartesian co-ordinates, and a general proof of the addition theorem in Trigonometry connected therewith | Vol XIX (1900) 2-4 |

Anallagmatic curves, I | Vol XX (1901) 76-82 |

Inequality theorem regarding the lines joining corresponding vertices of two equilateral, or directly similar, triangles | Vol 22 (1903) 22-26 |

Note on Newton's theorem of symmetric functions | Vol 22 (1903) 90-91 |

A problem of Lewis Carroll's , and the rational solutions of a Diophantine cubic | Vol 24 (1905) 7-19 |

Examples in the geometry of cross ratios | Vol 26 (1907) 37-45 |

The fundamental formula for the area of a triangle in analytical geometry | Vol 30 (1911) 67-68 |

Nicole's contribution to the foundations of the calculus of finite differences | Vol 36 (1917) 22-39 |

The Stirling numbers and polynomials | Vol 37 (1918) 2-25 |

Notes on James Gray | Vol 43 (1924) 70-80 |

The inequality theorem x^{m-1}/m > x^{n-1}/n, m > n
| Notes: 4 (1910) |

The solution of the biquadratic x^{4} + px^{3} + qx^{2} + rx + s = 0
| Notes: 21 (1916) |

MH/JOC/EFR November 2009