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STEM Tuesday — Fun with Physics — Writing Tips & Resources

The Sounds of Science

Tweet! Crash! Sizzle. Flip through a physics textbook, and you’ll find sound among the subjects. Since we’re having fun with physics this month, it’s the perfect time to delve into sound, especially the musicality of language and how we can apply it to science writing. Carolyn Cinami DeCristofano’s A BLACK HOLE IS NOT A HOLE, from this month’s book list, will serve as our mentor text.

Sound Devices

Poet and children’s book author Renee LaTulippe discusses sound devices in this video on her Lyrical Language Lab YouTube channel, which I highly recommend. She identifies:

  • onomatopoeia
  • alliteration
  • assonance
  • consonance
  • repetition
  • rhyme

Let’s look at each device in turn with examples from DeCristofano’s book for tips on how to add these to our own work.

This is a picture of the cover for A BLACK HOLE IS NOT A HOLE.

Onomatopoeia is sound effects. Like those I started this post with. In Chapter 3, DiCristofano uses several instances of onomatopoeia to add drama to the end of a star’s life, including WHOOOOOSH! CRASH! And BOOM!

Alliteration is when words that are close together start with the same letter or sound. DiCristofano has some wonderful examples of this, including this phrase from the subhead to chapter 1: “A black hole is a place in space with powerful pull.” Notice that place, powerful, and pull all start with p, an example of alliteration.

This phrase above also has an example of assonance, which is words that are close together with the same vowel sound. In this case “place” and “space.”

Consonance is when words close to each other have the same consonant sound anywhere in the words. Chapter 5 has this line: “Others, like a black cat on a dark night, aren’t lit brightly enough.” Notice all those ending k sounds. The t sounds also show consonance.

Repetition is just that — repeating words or phrases. Here is an example from Chapter 1: “Nothing can out-tug a black hole. No army of tow trucks, no convoy of supersized earth haulers, no fleet of giant rocket engines.” That repetition of the word no for emphasis, is just perfect.

In prose, we don’t usually use end rhyme, but we might use internal rhyme. That’s when words in the middle of a line rhyme, as they do with “place in space” above.

Easy does it

Adding musicality isn’t difficult. I usually focus on this part of writing after I’ve got my structure in place.

When I want to pepper my prose with alliteration, I look to an online thesaurus. I brainstorm synonyms and pick some with the same starting sound.

When trying to find rhyming words or words with assonance, I turn to Rhymezone. If I look up the word “space,” I find lots of words with the same vowel sound, including trace, base, case, and race. I normally write down lists of rhyming words in my notebook and see if any make sense for what I’m trying to say.

The key with sound devices is not to overdo them. Too much alliteration, for example, can cause the reader to trip over the words. Always read your work out loud to make sure it’s both clear and musical.

Putting it all together

Let’s end by dissecting DeCristofano’s fabulous first line from Chapter 1. Which of the sound devices above can you find? How do you feel about her use of all the elements? Are they too much? Not enough? Just right?

“Way out beyond where you are right now, beyond the clouds, beyond the Moon, beyond Pluto, beyond our solar system, space goes on and on.”

–Carolyn Cinami DeCristofano, Chapter 1, A BLACK HOLE IS NOT A HOLE
Kirsten Williams Larson author

Kirsten W. Larson

Websitekirsten-w-larson.com

Biography

Kirsten used to work with rocket scientists at NASA. Now she writes books for curious kids. She is the author of  WOOD, WIRE, WINGS: EMMA LILIAN TODD INVENTS AN AIRPLANE, illustrated by Tracy Subisak (Calkins Creek), an NSTA Best STEM BOOK, A TRUE WONDER: The Comic Book Hero Who Changed Everything, illustrated by Katy Wu (Clarion, Sept. 28, 2021), and THE FIRE OF STARS: The Life and Brilliance of the Woman Who Discovered What Stars Are Made Of, illustrated by Katherine Roy (Chronicle, Spring 2022), as well as 25 nonfiction books for the school and library market. Find her at kirsten-w-larson.com or on Twitter and Instagram @KirstenWLarson.

STEM Tuesday — Fun with Physics — In the Classroom

As we get ready to head back to school, there are a ton of physics activities that kids can try at home or in the classroom. The books on this list will help students learn more about the world around us and how it works. What are forces? How do they affect you every day? Why is it harder to push a box across the carpet than it is to push it across a smooth floor? How do you bounce so high on a trampoline? These are just a few of the questions that physics can answer. Are you ready to dive in and explore physics?

Support Independent Bookstores - Visit IndieBound.org Fairground Physics: Motion, Momentum, and Magnets with Hands-On Science Activities by Angie Smibert and Micha Rauch We couldn’t enjoy our favorite summer fair without physics. This book uses real-world fun to explore physics.

Classroom activity: Most kids love the rides and games at amusement parks and fairs. Now they can apply science to one of their favorite activities! Have students choose their favorite ride or game and research the role of physics. What laws of physics apply? How do these laws of physics explain the way the ride or game operates? How does physics impact safety on the ride or game? Students can also design their own rides or games. What laws of physics will apply? How will physics explain the way the ride or game operates? Students may even build a model or diagram to demonstrate the new ride or game for the class.

Support Independent Bookstores - Visit IndieBound.org

The Speed of Starlight: An Exploration of Physics, Sound, Light, and Space by Colin Stuart and Ximo Abadia This book presents key physics principles through amazing artwork.

Classroom activity: This book combines art and science in a fantastic way. Students can also use art to understand and explain science concepts. Have students pick a law of physics and create a piece of art that illustrates and explains the science. Encourage students to use different art forms such as drawing, painting, sculpture, photography, crafts, or video. Have each student present their art and explain the scientific concept.

Cover for Women Scientists in Physics and Engineering (Superwomen in Stem)

Superwomen in STEM: Women Scientists in Physics and Engineering by Catherine Brereton Read about STEM women who made a difference in the field of physics and engineering.

Classroom activity: Have students choose a physics and engineering pioneer to research. What has their chosen pioneer contributed to the science of physics and our understanding of matter and its motion? Have students work together to create a living timeline of physics’ most important discoveries and scientific achievements.

 

Looking to explore more and learn about physics and how the world around you works? The books on this month’s list are packed full of physics activities and experiments. Browse through the pages and choose a few activities to do in class or at home!

 

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Carla Mooney loves to explore the world around us and discover the details about how it works. An award-winning author of numerous nonfiction science books for kids and teens, she hopes to spark a healthy curiosity and love of science in today’s young people. She lives in Pennsylvania with her husband, three kids, and dog. When not writing, she can often be spotted at a hockey rink for one of her kids’ games. Find her at http://www.carlamooney.com, on Facebook @carlamooneyauthor, or on Twitter @carlawrites.

STEM Tuesday — STEM in Sports — Interview with Author Janet Slingerland

Welcome to STEM Tuesday: Author Interview & Book Giveaway, a repeating feature for the fourth Tuesday of every month. Go Science-Tech-Engineering-Math!

Today we’re interviewing Janet Slingerland, author of The 12 Biggest Breakthroughs in Sports Technology.

Mary Kay Carson: Tell us a bit about The 12 Biggest Breakthroughs in Sports Technology?  

Janet Slingerland: The book looks at sports-related cutting-edge technology through the years. Like its name implies, these were the 12 break-through technologies that I thought had the biggest impact on the world of sports. It’s written for middle-grade readers (ages 8-12), but hopefully it engages readers outside that range, too.

MKC: Do you play sports or are you a big sports fan?

Janet: My father was a gym teacher and track coach, so it’s probably not surprising that I played sports. My favorite sport to play, by far, was volleyball. I’ve always enjoyed playing more than watching, although I have enjoyed watching a wide variety of sports over the years. I especially love the Olympics, where we see sports that are more difficult to watch on a more regular basis.

MKC: What was challenging about writing the book?

Janet: I found trying to select the 12 “biggest” breakthroughs to be challenging. To make the decision, I considered how many people the breakthrough impacted and in what way. Some made the sport more accessible to people. Others were geared toward elite athletes, but are life-saving. Yet others make sports more enjoyable (and understandable) for fans to watch.

MKC: This book is packed full of facts! Would you like to share a favorite research discovery?

Janet:  I think the thing that amazed me most was how long ago sports science originated. The study of how exercise changes the human body started when gladiators were fighting in the Roman coliseum. It may actually go even further back than that, but there are detailed records from gladiator times. Realizing the first indoor ice skating rink was built before electricity is a little mind-blowing, too. Here’s a really interesting article on the first skating rinks.

Janet Slingerland studied electrical engineering and programmed computers before deciding to share her love of STEM (and other things) with children. She has written more than 20 nonfiction books for grades K-12. Visit her at janetsbooks.com.

MKC: What inspires you to write about STEM subjects?

Janet:  My background is in engineering and embedded programming (writing code for microchips that go inside things). I’ve always been fascinated by how science explains so many things that seem like magic. The puzzle-lover in me drew me to engineering. I started writing STEM books so I could share these loves with kids (and parents/teachers).

Lately, I’ve been thinking more about how everything is interconnected. So many people think they don’t like STEM, but it’s tied to everything. We hear music thanks to the physics of sound and the biology behind how our ears work. We see rainbows and blue skies thanks to the physics of light, the chemistry of the air the light passes through, and the biology behind how our eyes perceive color. Everything in our lives has ties to STEM.

 

Win a FREE copy of The 12 Biggest Breakthroughs in Sports Technology!

Enter the giveaway by leaving a comment below. The randomly-chosen winner will be contacted via email and asked to provide a mailing address (within the U.S. only) to receive the book.

Good luck!

Your host is Mary Kay Carson, author of Wildlife Ranger Action Guide, The Tornado ScientistAlexander Graham Bell for Kids, Mission to Pluto, and other nonfiction books for kids. @marykaycarson