HS-ESS1-4

Use mathematical or computational representations to predict the motion of orbiting objects in the solar system.

More Stories in HS-ESS1-4

  1. Tech

    A new solar-powered gel purifies water in a flash

    The unusual, fruit-inspired structure of this material provides quick filtration that could satisfy people's daily water needs.

    By
  2. Space

    Scientists Say: Accretion Disk

    Cosmic swirls of gas, dust and plasma, accretion disks reveal the shadowy silhouettes of black holes and more.

    By
  3. Planets

    Planets like Star Wars’ Tatooine could be fit for life

    Like Luke Skywalker’s home, planets orbiting two stars may be plentiful. A new computer model suggests that many of those worlds could sustain life.

    By
  4. Earth

    Scientists Say: Equinox and Solstice

    Equinoxes and solstices mark the maximums, minimums and mediums of hours spent in daylight.

    By
  5. Space

    Spacecraft traveling through a wormhole could send messages home

    A probe going through a wormhole should be able to send messages home before such a tunnel forever closes, a new computer model finds.

    By
  6. Math

    Scientists Say: Calculus

    Calculus is math that deals with curves, from their changing slopes to the areas they enclose.

    By
  7. Space

    Jets may have sculpted rings of Cat’s Eye nebula

    The Cat’s Eye nebula is one of the most complex of its kind. A 3-D model now reveals the source of that complexity.

    By
  8. Earth

    Scientists Say: Pole

    A pole is either of two opposite ends of a molecule, magnet, battery, planet or other object.

    By
  9. Planets

    Check out the first direct look at Neptune’s rings since the ’80s

    The Voyager 2 spacecraft took the first pics of Neptune’s rings 33 years ago. Now, NASA’s James Webb telescope is providing a more detailed view of them.

    By