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  1. Overview. The Pull of the Stars, published in 2020, is a work of historical fiction by Emma Donoghue, an Irish Canadian playwright, literary historian, novelist, and screenwriter. The novel was longlisted for the Giller Prize. Told from the first-person point of view of protagonist Julia Power, the story is set at an Ireland hospital during the ...

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  2. The following version of this book was used to create the guide: Donoghue, Emma. The Pull of the Stars. Harper Avenue, 2020. Donoghue divides the novel into four sections: Red, Brown, Blue, and Black which depict three days in the life of narrator, Julia Power. In “Red,” midwife Julia goes to work at a Dublin hospital on October 31st 1918.

  3. Jul 21, 2020 · All the stars! I finished The Pull of the Stars over last weekend, a buddy read with my dear friend, @bibliobeth. We gobbled this book up. At 304 pages, and taking place over only 3 days, this book is something, and I mean something remarkable. The Pull of the Stars makes my second book I’ve read about the 1918 influenza pandemic in the last ...

    • (82.6K)
    • Hardcover
  4. Julia’s Watch. Julia marks the patients who die under her care by scratching symbols on the back of her watch. She uses a loose nail in the wall to make the marks, privately, so that patients won’t notice. Julia explains, “I’d formed this habit the first time a patient died on me. Swollen-eyed, at twenty-one, I’d needed to record what ...

  5. The pull of the Sun is stronger at Mercury than at Pluto, but it can be felt far beyond Pluto, where astronomers have good evidence that it continuously makes enormous numbers of smaller icy bodies move around huge orbits. And the Sun’s gravitational pull joins with the pull of billions of others stars to create the gravitational pull of our ...

    • Adapted by Jean Creighton
    • 2019
  6. The pull of the Sun is stronger at Mercury than at Pluto, but it can be felt far beyond Pluto, where astronomers have good evidence that it continuously makes enormous numbers of smaller icy bodies move around huge orbits. And the Sun’s gravitational pull joins with the pull of billions of others stars to create the gravitational pull of our ...

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  8. Jul 29, 2023 · One AU is the average distance between Earth and the Sun and is approximately equal to 1.5 × 10 8 1.5 × 10 8 kilometers. In these units, P 2 = a 3 P 2 = a 3. Kepler’s third law applies to all objects orbiting the Sun, including Earth, and provides a means for calculating their relative distances from the Sun from the time they take to orbit.

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