Posts Tagged homeschool

STEM Tuesday– STEM in Sports– In the Classroom

This month’s topic is near and dear to my heart. My father is a Physical Education teacher and Coach. Probably due to his influence, I’ve played my fair share of sports (one of my favorites being volleyball). I am also a scientist/engineer, and some of my books connect STEM with various sports. So I was excited to delve into the books for this month. Those I read are:

Learning STEM from Baseball bookLearning STEM from Baseball: How Does a Curveball Curve? And Other Amazing Answers for Kids!
by Marne Ventura
This book explores a variety of STEM topics related to the sport of baseball. It covers a broad range of topics including how human biology is intertwined with pitching, how technology has improved baseball (especially safety) over the years, and how math is used to help baseball players and teams.

STEM in Football bookStem in Football
by Brett S. Martin
Similar to the previous book on baseball, Stem in Football explores STEM topics in relation to the sport of football.

Swish bookSwish: The Science Behind Basketball’s Most Dynamic Plays
by Allan Morey
Rather than taking a wider view of how STEM relates to a sport, this book looks at the science behind famous plays in basketball history.

 

Here are some ideas of activities you can do with these books. As always, the possibilities are endless, so I picked just a few.

Explore More Science

Explore some of the science that comes into play in sports.

There’s a great collection of experiments from Science Buddies for this, some of which specifically target sports: https://www.sciencebuddies.org/science-fair-projects/science-projects/experiment-with-friction-and-drag/middle-school

There are some great simulations from University of Colorado Boulder’s PhET Here’s one that explores scientific concepts related to skateboarding. (Registered teachers may have access to additional resources.): https://phet.colorado.edu/en/simulations/energy-skate-park-basics

Explore physics activities from the American Physical Society. Here’s a page with activities related to forces and motion: https://www.aps.org/learning-center/learning-resources/physicsquest-2020.
Here’s another on potential and kinetic energy: https://www.aps.org/learning-center/learning-resources/physicsquest-2018.

Science Sparks has a nice collection of science explorations related to soccer (a.k.a. football): https://www.science-sparks.com/10-hands-on-football-stem-activities-for-kids

Have Fun with Statistics

I have really fond memories of going to the ballpark with my mom. One of the things I remember is keeping score while we watched the game. If you want to try your hand at keeping score, here are a few write-ups on how to do that.
https://www.mlb.com/official-information/basics/score
https://www.littleleague.org/university/articles/scorekeeping-101

Scoring and statistics are key to improvement for both individual athletes and teams. Here are some statistics related activities you can explore.

The Baseball Hall of Fame has a whole page of curriculum-based activities for statistics: https://baseballhall.org/education/curriculum/batter-up

WNET has a lesson plan that explores math in basketball: https://www.thirteen.org/get-the-math/uncategorized/teachersmath-in-basketball-lesson-planoverview/199

The New York Times has a Lesson Plan and simulator where students determine NFL teams’ playoff chances. https://www.nytimes.com/2021/11/01/learning/lesson-plans/run-the-numbers-exploring-the-math-behind-any-nfl-teams-playoff-chances.html

And more…

The NYT also has a bunch of activities, across many disciplines, that can be tied into the Super Bowl. https://www.nytimes.com/2020/01/27/learning/lesson-plans/teach-the-super-bowl-ideas-for-subjects-across-the-curriculum.html

You can also check out the sports science resources on my own website: http://janetsbooks.com/sports-science.

Describe a Favorite Sport Play

Everyone’s taste in sports is different. The books from this month’s list highlight different sports, although the STEM that supports them are all pretty similar.

Pick a favorite sport. Then pick a move or a play that’s common to that sport. Explain what STEM concepts are involved in the move or play that was picked. Use this month’s books as examples of how this can be done.


Janet Slingerland has written over 2 dozen books for young readers, including Sports Science and Technology in the Real World and The 12 Biggest Breakthroughs in Sports Technology. To find out more about Janet and her books, check out http://janetsbooks.com.

STEAMTeamBooks — Check out this website for awesome steam-related books for kids

Steam Team Books
Steam Team Books

 

Happy 6th Anniversary to STEAMTeamBooks!

 

 

If you’re looking for some great new STEM/STEAM (Science, Technoloy, Engineering, Art and Math) and titles to add to your classroom or library this year? Look no further than STEAMTeamBooks.

What is STEAMTeamBooks? A group of 60+ children’s authors who are passionate about all things science and technology and have new books releasing in 2025– both nonfiction and fiction!

 

But there is even MORE information on our STEAMTeamBooks Website!

We have new STEM/STEAM books — both fiction and nonfiction– going back six years! 

 

 

Why have we created  STEAMTeamBooks?   It’s sometimes tough to get the word out about new books and even more difficult for teachers and librarians to discover them. That is why a lot of authors are teaming up to create debut groups, like this one. There are groups that highlight picture books and middle grade, but until now there hasn’t been a new release group dedicated solely to STEM and STEAM books.

Why are STEAM books so important?  STEAM-related books bring the spirit of inquiry, discovery, and creative problem-solving to your learners while engaging them in rich literacy experiences. ​

 

What are some of the books you can look forward to seeing? 

Here is a preview. These are the books from STEAMTeamBooks authors that are releasing in 2025.

 

STEAM Team Books Website page

 

To see more, visit the website www.STEAMTeamBooks.com 

Follow us on  Instagram and Bluesky at #STEAMTeamBooks

 

Look for us at many upcoming conferences (NSTA, ALA, ILA, NCTE, etc.)

Help us get the word out about STEAM/STEM books!

(And don’t forget to check out the Mixed Up Files very own STEMTuesday blog which will give you tips on how to use STEM/STEAM books in your classroom!) 

STEM Tuesday– Plants– Writing Tips & Resources

Hello, and welcome back to STEM Tuesday! I’m Stephanie.

My brain is still in April… I keep thinking about the mysterious intersection of nature and writing. Which identity comes first, the writer or the naturalist? Surely, not all naturalists are writers, and not all writers are naturalists. But where the intersection exists, what’s the cause? Do people first love nature, and that gives birth to their inner writersor, because of and through their inborn writerly tendencies, do they appreciate nature? “Unanswerable” questions like this one are often very productive for young thinkers, bringing up concepts including correlation vs. causation and nature vs. nurture. If the admittedly dichotomous question isn’t flawed to begin with, the answers are personal anywayand for me at least, maybe rooted in childhood exploring, reading, and writing. After all, exploring nature is not just something we do in a forest or park; it also happens on the page.

That said, if you haven’t yet, take a look at the books we’re featuring this month and, if you teach, classroom ideas. Today I’ll focus on writing tips and resources.

Writing Exercise: Invent a Cool Plant

One of my earliest memories of world-building was deciding that basketballs should grow on plants. As an adult, maybe that sounds like an impossible premise. But what if it weren’t impossiblewhat then? I imagined a forest with basketball-hoop trees and basketball bushes. I thought about what the insides of the balls contained (are they fruits?), and how they would have developed to self-inflate? Or maybe they grew deflated, like heavy-duty, rubbery balloons, and you had to pick them and blow them up? My 10-year-old mind was enthralled by the possibilities writing fiction offered.

Last week, Carla suggested the classroom activity of designing a deadly plant. This time, design a plant that sparks joy for you. It doesn’t have to be truly possible; it just has to be thinkable. If you can think of it, explore it.

    • What purpose does the plant serve in its environment?
    • How did the plant evolve, and what are its defense mechanisms?
    • What are its ideal soil conditions—or is it epiphytic (an “air plant”)?
    • If this plant were to really exist one day, maybe 2,000 years from now, which existing plants might contribute genetics?
    • What does it look like, smell like, taste like, and how have these factors impacted its evolution?

To read more about facts as fantasy seeds, revisit this post.

Writing Exercise: Making Facts Sticky!

For this non-fiction exercise, pick a plant to gather information about. Write down at least five things you already know about the plant, especially the most basic, common things. Got it? Great! Now it’s time to make those facts memorable—what Chip and Dan Heath call “sticky.” If you haven’t read their book Made to Stick: Why Some Ideas Survive and Others Die, this will be a brief introduction.

What goes into memorability? The Heath brothers say there are six main components: simplicity, unexpectedness, concreteness, credibility, emotions, and stories. For example, keeping your facts simple means depending on things that readers already know, rather than overexplaining. Unexpectedness is important generally, even more so for kidlit audiences. Concreteness is physicality, something immediately evocative.

I’ve chosen roses as my example. Here’s one fact that’s not very memorable or interesting: “Mini roses can be as small as ¼ of an inch in diameter.” That’s great—but how small is that, in real life? Using comparisons can help by depending on ratios that readers already know. Here are some rewritten versions of the same fact:

  • Mini roses can be as small around as #2 pencil erasers.
  • Mini roses can be as small around as shirt buttons.
  • Mini rose buds can be smaller than a dime.
  • Mini rose buds can be smaller than an earbud.
  • Mini rose buds can be smaller than a piece of O-shaped cereal.

Each of them is better than the original, but the best version depends on your intended audience, down to whether it’s a grade school kid or a teenager. I like the last option the best. The cereal seems the most accurate, most immediately evocative, most familiar to kids, and maybe even somewhat emotional—kids love food! My second favorite is the earbud comparison.

For your own exercise, which plant did you choose, and what comparisons did you come up with? Whether you’re writing with kids, or for kids, I hope this has been productive for you. You may also like this origami plants book I came across for kids. Adding a kinesthetic element to lessons always seems to help with stickiness, in my opinion.

Thanks for reading. See you soon.

A nature-loving creative, Stephanie Jackson writes poems, articles, picture books, and middle-grade novels. Her nonfiction has been published in Cricket magazine and her poems have been published in various literary journals including Dirigible Balloon, Tiny Seed, Cosmic Daffodil, and Touchstones, where she’s been a contributing poetry editor. Professional affiliations include the Society of Children’s Book Writers and Illustrators (SCBWI) and The Authors Guild. She graduated from Utah Valley University in April 2025 with an undergraduate English creative writing degree. You can find her online at StephanieWritesforKids.com and on Goodreads.