## Mathematical and Physical Papers, Volume 1 |

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### Contents

1868 | 13 |

1875 | 20 |

YEAR | 70 |

supposed frictionless | 76 |

1869 | 93 |

irrotationally through Perforations in them or in | 101 |

of a Solid through an Inviscid Incompressible Fluid | 149 |

YEAR | 172 |

31 | 307 |

1892 | 330 |

1855 | 344 |

1884 | 351 |

69 | 384 |

1880 | 389 |

186 | 440 |

1904 | 455 |

1876 | 183 |

On the average Pressure due to impulse of VortexRings | 188 |

Liquid full of Nearly Straight Coreless Vortices | 202 |

1894 | 205 |

On the Motion of a Heterogeneous Liquid commencing | 211 |

1878 | 231 |

General Integration of Laplaces Differential Equation | 254 |

WAVES ON WATER | 270 |

1879 | 296 |

pass | 475 |

1885 | 482 |

Doctrine regarding Distribution of Energy | 484 |

On a Decisive Testcase disproving the MaxweilBoltz | 495 |

by Gausss Theorem of Curvatura Integra | 513 |

servative Dynamics to the Drawing of Geodetic | 521 |

Nineteenth Century Clouds over the Dynamical Theory | 531 |

1888 | 551 |

1903 | 560 |

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### Common terms and phrases

according applied approximately axis becomes body bottom boundary calculated called canal centre circular circulation comparison complete component condition considered constant containing continuous corresponding curve denotes depth determinate diagram direction disc distance disturbance energy equal equation equilibrium expressed figure finite fixed fluid force forcive formula function given gives greater Hence illustrated impulse increasing infinitely initial integral interesting length less liquid magnetic maximum mean momentum motion moving nearly negative parallel period plane portion positive present pressure problem produced proved rear referred relatively remark represented rest result rigid ring roots rotation round shape shows side simple solid solution space speed stable steady supposed surface theory tides travelling uniform values velocity vortex vorticity waves whole zero