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The Physics of Skiing | Forces and Motion Science Reading Comprehension
$4.00
Skiing down a snowy slope looks like magic, but it is pure science in action! The Physics of Skiing is an engaging, high-interest science reading comprehension unit designed to help upper elementary and middle school students explore real-world forces, motion, and energy transformations.
Written at an accessible reading level with clear, full-color diagrams, this resource breaks down foundational physical science concepts into relatable winter sports applications.
Key Science Concepts Covered:
- Gravity and Slope Angles: How Earth’s downward pull converts into forward acceleration along an inclined plane.
- Potential vs. Kinetic Energy: How chairlifts store potential energy and how downhill descents transform it into kinetic energy.
- Friction and Hydroplaning: How friction creates microscopic surface heat, melting a thin water film that lets skis glide.
- Wind Resistance and Aerodynamics: How air drag slows skiers down and why racers use aerodynamic tucks to cut through air molecules.
- Newton’s Third Law of Motion: How sharp metal edges bite into snow to create equal and opposite reaction forces for carving turns.
- Stopping Mechanics: How beginners (snowplow/wedge) and advanced skiers (hockey stop) scrape edges sideways to dramatically increase friction and come to a safe halt.
What’s Included:
- Informational Science Text: Illustrated, easy-to-read passages packed with labeled visual diagrams illustrating each physical force.
- Student Assessment: 5 multiple-choice questions assessing core comprehension plus 2 short-answer prompts requiring students to explain energy conversion and friction.
- Teacher Answer Key: Complete with grading criteria and sample responses for quick, straightforward evaluation.
Suggested Grades: 4th – 7th Grade (Upper Elementary / Middle School)
Perfect For: Physical science units, winter STEM, homeschool lessons, sports science enrichment, co-op classes. Print-and-Go ready!
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Original price was: $4.00.$3.50Current price is: $3.50.Add to CartThis Abraham Lincoln Informational Text Bundle includes two products:
- Abraham Lincoln | Informational Text and Activities
- Lincoln Memorial | Informational Text and Activities
(See description below for details of each)
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$3.00Add to Cart
Looking for a Pumpkin Reading Comprehension activity for upper elementary? Look no further than “Let’s Learn About Pumpkins – Level B!” This resource is designed for upper elementary and middle school students and is a perfect cross-curricular (language arts and science) lesson. Text is written on a 6th grade reading level. If your student(s) are not reading at a 6th grade level, you challenge them to try. While they do, have them write down any words they may not know. They can then look those words up and continue reading! Win-Win!
What’s Included:
- In-Depth Nonfiction Text (Pages 1–2): A 545-word informational text spanning two full pages. Topics covered include:
- Botanical Taxonomy & Anatomy: The Cucurbitaceae family, botanical fruit classification (pepo), monoecious flowering (male vs. female blooms and insect pollination), and specialized structural adaptations (thigmotropic climbing tendrils).
- Biochemical Pigmentation: The seasonal degradation of chlorophyll and the emergence of fat-soluble carotenoids (beta-carotene) during ripening.
- Indigenous Agriculture: The history of the “Three Sisters” companion planting method (winter squash, maize, and climbing beans) developed by Native American agriculturalists.
- Nutritional Science: The human biological synthesis of Vitamin A from dietary plant carotenoids.
- 5 Multiple-Choice Questions (Page 3): Targets upper level/middle school reading skills, including interpreting domain-specific scientific vocabulary in context, identifying reciprocal ecological relationships, and analyzing authorial purpose.
- 3 Open-Ended Questions (Page 4): Prompts students to synthesize concepts (e.g., explaining symbiotic companion planting mechanics, describing biochemical ripening transitions).
- Complete Teacher Answer Key (Page 5)
Standards & Skills Covered:
- Reading Informational Text (CCSS.ELA-LITERACY.RI.6.1, RI.6.2, RI.6.4): Citing textual evidence to support inferences, summarizing central scientific concepts, and interpreting domain-specific terminology.
- Next Generation Science Standards (NGSS MS-LS1-4, MS-LS1-5, MS-LS2-2): Specialized plant reproductive structures, factors influencing growth, and mutually beneficial interspecies interactions in agricultural ecosystems.
- Writing (CCSS.ELA-LITERACY.W.6.9): Drawing evidence from informational texts to support analytical short-answer explanations.
Download yours today!
- In-Depth Nonfiction Text (Pages 1–2): A 545-word informational text spanning two full pages. Topics covered include:
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$4.50Add to Cart
Explore the Northern Hemisphere’s Winter constellations with this resource! Students will learn…
- What are the major constellations?
- What is the Greek Mythology behind them?
- What major stars will help guide them through the night sky?
- How is Orion the ‘key’ to locating the main constellations?
- What is the name of the North Star, and which constellation is it in?
- What is the brightest star in the sky?
Students will learn about the following constellations:
- Orion
- Canis Major
- Canis Minor
- Gemini
- Auriga
- Pleiades
- Taurus
- Draco
- Ursa
- Major
- Ursa Minor
- Cepheus
- Cassiopeia
They will learn the location of the following stars:
- Pollux
- Castor
- Capella
- Procyon
- Sirius
- Betelgeuse
- Rigel
- Aldebaran
- Capella
- Polaris
They will also learn which constellations are called the Northern Circumpolar constellations PLUS the Greek Mythology behind these major constellations!
Student activity sheets include:
- Fill in the blank (constellation and star names for the ‘Winter Sky’)
- Draw and name (the five circumpolar constellations and the North Star)
- Crossword Puzzle (in which they will use the information within the resource to gather answers)
Suggested follow up activities:
- Assign students to go outside after dark, find and draw the constellations they see and can identify.
- Visit a local planetarium
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