HS-PS1 Matter and Its Interactions

  1. Life

    Analyzing a top article

    Students will read and summarize one of the Top 10 stories of 2017, as reported by Science News.

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  2. Chemistry

    Exploring half-life

    Students will simulate the exponential radioactive decay and half-life of carbon-14 with pennies and a food coloring/bleach chemical reaction.

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  3. Chemistry

    Making carbon connections

    These discussion prompts cover the basics of radioactive decay and carbon-14 dating, as well as concepts related to climate change.

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  4. Plants

    Uniting past and present

    Students will search the Science News archive for stories related to frozen mosses, radioactive carbon-14 dating and global warming.

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  5. Plants

    Mosses exposed and analyzed

    Students will answer questions about how scientists measure the age of newly thawed mosses in the Arctic, and the implications of those scientists' findings.

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  6. Physics

    The pressure to be a star

    To better understand the life cycle of stars, students will estimate the conditions involved in stars and element formation.

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  7. Space

    Star light, star bright

    These discussion prompts cover the principles of spectroscopy, stellar evolution and fusion reactions.

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  8. Space

    Crash from the past

    Students will search the Science News archive for other stories on neutron star collisions and gravitational waves.

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  9. Chemistry

    Going beyond the robot

    These discussion prompts cover topics related to materials science, magnetism, and biological adaptation and self-assembly.

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  10. Tech

    That’s a wrap

    Students will answer questions about how a cubic metallic robot wraps itself in different exoskeletons to perform different functions.

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  11. Health & Medicine

    Your body as watchdog

    These discussion prompts focus on gene activity and analysis, the immune system and how vaccines work.

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  12. Physics

    Your inside guide to the learning brain

    These discussion prompts focus on neurons and their signals and how magnetic resonance imaging works.

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