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  1. Julia Grant iku bojoné Présidhèn Amérika Sarékat kang kaping wolulas. Présidhèn iki jenengé Ulysses S. Grant. Julia Grant iku Ibu Nagara Amérika Sarékat wiwit taun 1869 nganti taun 1877. Julia Grant lair ing sacedhaké St. Louis, Missouri Amérika Sarékat lan surud nalika tanggal 14 Dhésèmber 1902 ing Washington, D.C..

  2. Julia Dent Grant Cantacuzène Speransky, [needs IPA] Princess Cantacuzène, Countess Speransky (June 6, 1876 – October 4, 1975), was an American author and historian. She was the eldest child of Frederick Dent Grant and his wife Ida Marie Honoré , and the second grandchild of Ulysses S. Grant , the 18th President of the United States .

  3. en.wikipedia.org › wiki › Hugh_GrantHugh Grant - Wikipedia

    Hugh John Mungo Grant [2] [3] (born 9 September 1960) is an English actor. He established himself early in his career as a charming and vulnerable romantic leading man, and has since transitioned into a character actor. [4] Hallmarks of Grant's comic skills include a nonchalant touch of sarcasm and characteristic physical mannerisms. [5]

  4. Julia Boggs Dent Grant (26 de janeiro de 1826 - 14 de dezembro de 1902), foi uma primeira-dama dos Estados Unidos, durante a presidência de Ulysses S. Grant.

  5. Jesse Root Grant, (1858–1934) – Ingenieur; Nach der Heirat sah sich Julia Grant den Widrigkeiten ausgesetzt, die mit dem Beruf ihres Gatten einhergingen, denn sie zog mit ihm zu seinem neuen Dienstort nach Detroit und musste ihr familiäres Umfeld hinter sich lassen. Auch als Grant danach nach Sackets Harbor versetzt wurde, begleitete sie ihn.

  6. Julia Grant pomiędzy rokiem 1875 a 1880. Data i miejsce urodzenia. 26 stycznia 1826. Hrabstwo Saint Louis. Data i miejsce śmierci. 14 grudnia 1902. Waszyngton. Pierwsza dama Stanów Zjednoczonych. Okres.

  7. Julia Yeomans is distinguished for her development of novel numerical and analytical modelling tools to investigate a wide range of complex fluids. New approaches are needed for these materials because the physics covers a wide range of length and time scales, from details of microscopic molecular interactions to collective hydrodynamics .