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Showing results excluding:
  • libguides.lindahall.org

All Results

  1. eclipse2017.nasa.gov

    When an apparently small celestial object (like a planet) moves in front of an apparently big one (like the sun), astronomers say that a "transit" has occurred. Transits of Mercury happen around 10 times in a century. The next one will occur on November 11, 2019. Transits of Venus happen twice every 105 or 121.5 years, separated by eight years.
    • The Sun, Transits and Eclipses

      The eight sets of problems in this section of the Year of the Solar System guide help students understand the difference between transits, eclipses and occultations. Students use mathematical concepts such as scale drawings, tangents, proportions, geometry, fractions and modeling to understand these terms in space science.

    • Transits and Occultations

      Science; Transits and Occultations; Transits and Occultations. Eclipses are a special kind of transit, which is when one astronomical body passes in front of another. Transits were used to calculate the Astronomical Unit, or AU, which is the mean distance between the earth and the sun. Jeremiah Horrocks is the first person we know to estimate ...

  2. The free, 2D rectilinear short films to be provided through Science through Shadows (STS) are intended to engage library patrons in public awareness about solar and lunar eclipses, stellar occultations, and planetary transits. The videos can be shown with closed-captioning on library kiosks and public service announcement screens.
  3. May 16, 2023The eight sets of problems in this section of the Year of the Solar System guide help students understand the difference between transits, eclipses and occultations. Students use mathematical concepts such as scale drawings, tangents, proportions, geometry, fractions and modeling to understand these terms in space science.
  4. eclipse2017.nasa.gov

    The planets and our moon follow this line approximately and so only occasionally appear very close together. Occultations occur when a big object like say, the moon, moves in front of a smaller appearing object, like a planet. Transits occur when an apparent small thing like a planet moves in front of a big thing, like the sun.
  5. Occultations. When the moon occults a star or a planet -- pt. 5. Transits. Transits : when planets cross the sun -- pt. 6. My favorite eclipses. A personal canon of eclipses, transits, and occultations I have seen -- Appendixes. A. Solar and lunar eclipses due between 2010 and 2024 ; B. A glossary of appropriate terms ; C. Resources
  6. eclipse2017.nasa.gov

    Science; Transits and Occultations; Transits and Occultations. Eclipses are a special kind of transit, which is when one astronomical body passes in front of another. Transits were used to calculate the Astronomical Unit, or AU, which is the mean distance between the earth and the sun. Jeremiah Horrocks is the first person we know to estimate ...
  7. eclipse.aas.org

    Space Science Systems/Texas A&M Univ. Scientific concepts associated with eclipses, transits and occultations that can help us learn about the solar system, our galaxy and beyond. I have divided these into three categories below. Each of the lists is not exhaustive and is meant to be a starting point for exploring astrophysical phenomena. 1.
  8. en.wikisource.org

    in spite of the eclipses of distant stars, there are two phenomena similar to an eclipse: occultations and transits. OCCULTATIONS. In our Solar System, besides the planets, there are thousands of asteroids, comets, and distant objects beyond the orbit of Neptune called trans Neptunians objects.. The best example and largest one of these objects are Pluto and its moons but there are many others ...
  9. link.springer.com

    Describes how eclipses, transits and occultations are all interrelated and what we can learn from them; Relates the important discoveries made by observers of these events, ranging from evidence of satellites and asteroids, the dimensions of asteroids, unsuspected rings of planets, the structure of planetary atmospheres and the discovery and makeup of extra solar planets
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