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  1. Hace 6 días · The manor seems to have passed by 1677 to two of the daughters of her first husband's brother, Frances, wife of Conyers Darcy, later earl of Holderness (d. 1692), and Jane, wife of Charles Boyle, Baron Clifford of Lanesborough (d. 1694).

  2. Hace 2 días · Holderness Wapentake, North and Middle Divisions, c.1850. The North and Middle divisions shared with the other part of the wapentake an undulating plain bounded on the east by the North Sea. The western boundary of the two divisions was the river Hull and its tributaries, a stream flowing east to the sea marked the northern limit of the ...

  3. Hace 3 días · SWINE. The ancient parish of Swine was the largest in Holderness, even after the probable early loss of land to Sutton parish and the separation in the 17th century of Drypool chapelry. (fn. 1) In 1852-3 it still had 14,695 a. (5,947 ha.), and at its greatest extent it was above 5 miles (8 km.) long and broad; (fn. 2) in 1867, however, the ...

  4. 12 de may. de 2024 · Frances Darcy is geboren in het jaar 1657, dochter van Conyers 1621 Darcy, 2nd Earl of Holderness en Elizabeth Frescheville. Zij is overleden in het jaar 1658. Deze informatie is onderdeel van McDonald Wilton family tree -black Hebrew Yahya van Dr Wilton McDonald- black Hebrew op Genealogie Online.

  5. Hace 6 días · The Ingilbys, later knights and baronets, held land in Sproatley by the 16th century; and later used it to endow Ripley school (Yorks. W.R.). (fn. 115) At inclosure in 1763 Sir John Ingilby, Bt., trustee of the school, was awarded 151 a. for its commonable lands in Sproatley. (fn. 116) William Raines bought the 161-a. estate in 1853, (fn. 117 ...

  6. 8 de may. de 2024 · The King’s Mother: Lady Margaret Beaufort, Countess of Richmond and Derby. Cambridge University Press. pp. 13ff. ISBN 978-0-z214-4794-2. Brittain, Vera (1960). The Women at Oxford. London: George G Harrap & Co ltd. Olivia Robinson, Alison Moulds (19 October 2016), Women in Oxford’s History: Elizabeth Wordsworth. Lannon

  7. 28 de may. de 2024 · La Ley de Darcy establece que el caudal volumétrico (Q) de un fluido a través de un medio poroso es proporcional al gradiente hidráulico (i) y al área transversal (A) del flujo. La fórmula matemática de la Ley de Darcy se puede expresar como: Q = -k * A * (Δh / ΔL) donde: Q es el caudal volumétrico (m 3 /s).