Nothing Stopped Sophie

nothing stopped sophie cheryl bardoeThe Story of Unshakable Mathematician Sophie Germain. Sophie Germain was an 18th century math prodigy who simply refused to accept the assigned roles for a female. Her parents, the schools, the science establishment—nothing stopped her insatiable need to understand and use mathematics. She eventually found the formula that would predict patterns of vibration. We use it today to build bridges, skyscrapers, skytrains, earthquake scenarios…anything that has a structure and can vibrate. In 1816, she became the first woman to win a grand prize from the Royal Academy of Sciences.

Cheryl Bardoe, ©2018, Little Brown and Company, ISBN 978-0-316-27820-1

Writing to a Pattern

One of the things that holds this story together is the repeated line, “But nothing stopped Sophie.” Ask students to write of something they wanted to do and worked hard to do—it can be as simple as mastering a computer program or a game, riding a bicycle, learning to type, playing an instrument, reading a map…it doesn’t have to be amazing, it just has to be a challenge.

Ask them to set up the scenario of failing at first, then having 3 tries before the final success. At each stage it would be “But nothing stopped (name of student)”.

The French Revolution and Sophie

A great way of remembering lists of things or connections of things is through mnemonics—memory devices. Most students easily remember, “In fourteen hundred and ninety-two, Christopher Columbus sailed the ocean blue,” because it rhymes. We can remember HOMES as the names of the Great Lakes—Huron, Ontario, Michigan, Erie, Superior—because we can think of them as being in your HOME country,

Well, to remember when the French Revolution was, we need to think of the song, The Marseilles, and then sing,

Louis the Sixteenth was the king of France, in 1789,
He was worth than Louis the fifteenth
He was worse than Louis the fourteenth
He was worse than Lou-o-ie the Thirteenth
He was the worst…da, da, da, da
Since Louie the First.

Why does this matter to this book? It doesn’t, except that Sophie lived in France, during the French Revolution, and it affected how she saw math—as something solid, unchanging, and true in a world that was chaotic.

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The Silk Princess

Hsi-Ling Chi is the daughter of the Emperor and is rarely noticed. The Emperor has been seeking for a cloth worthy of his nobility. One day, Hsi-Ling Chi notices a cocoon has fallen in her mother’s tea and is unraveling. They play a game to see how long it is and the little girl ties it around her waist. She goes out past the stone garden, past the spider, outside the palace, to the holy mountains where a dragon threatens her. Along the way she loses the thread, but meets a hermit who shows her how the silk can be woven, and offers to take her home. She falls asleep, wakens to no silk cloth but still with the silk thread tied around her waist—the whole thing was a dream. When she gets back her mother hears her story and thinks, “Hmm? Is this possible?” She summons the royal weavers and the rest is history.

Charles Santorre, ©2007, Random House books for Young Readers, 0-978-03-7-5883-664-0

A Fabric Study

Students could learn the difference between various kinds of fabrics. You will need study packets with labels—one packet for every 4 students. You will also need matching “test” packets where samples are only numbered. Students have a certain amount of time to feel and try to learn the characteristics and look of various kinds of cloth. You could include a note about each of them to help them understand which are artificial, made from wool, silk, cotton, etc.

Here are 16 suitable cloths that can be quite easily distinguished from one another: cotton, silk, velvet, faux fur, denim, leather, wool, brocade, burlap, cheesecloth, corduroy, flannel, knit, satin, taffeta, ultra suede. Choose 8 that would work for your class. Ask the fabric store to cut you 4 inch strips—use remnants if you can get them—then cut them up to create your samples. It’s a bit of work, but you can use it year after year.

Studying World Gardening Styles

Here’s an opportunity to inquire into different styles of gardens around the world. What are the characteristics of individual garden styles? What are the purposes of these gardens? What are the sizes of these gardens? Why were these gardens created? for whom?  Attached are 12 different gardening styles from different countries and different time periods that students could show images of and explain to their fellow students.

You can also choose to include: The Victory Garden (growing vegetables and fruit for the soldiers overseas in WWII), Shakespeare Garden (growing plants mentioned in Shakespeare’s pays), Biblical Garden (similarly, growing plants mentioned in the Bible), Herb Garden (a small garden growing herbs needed for cooking or sometimes medicines), orangeries (a protected garden for growing oranges and other fruits that could be killed in a harsh winter), and Rock Garden (a garden featuring smaller rocks and plants tucked into nooks and crannies).

Inquiry into Chinese Inventions

Begin with a provocation after reading this book, something to really stimulate their interest in Chinese inventions, like a class set of chopsticks. You also need a class set of small plastic zip top plastic bags from the dollar store. In each bag there would be 2 pieces of coloured 8cm x 8cm yardsticks, and about 8 pieces of uncooked bowtie pasta. Teach students who don’t know how, how to use chopsticks. Students then put the two pieces of card stock out, put the bow tie pasta on one of them, and use the chopsticks to transfer the pasta from one piece of card stock to the other.

Here is a slide deck of different Chinese inventions. Students can brainstorm their class inquiry questions: what, where, when, why, and how are good starting questions.  Another is “Is there a pattern?” and what purposes were these inventions for? Did they travel to Europe on the silk road? When? Were they invented independently in Europe and when?

Each student keeps those questions in mind as they investigate their particular invention. Have them start in Wikipedia, then ask for two more references. Ask them to write out 20 interesting facts about their invention—and then turn that into a mini-essay. Finally, show the slide deck, and have each student make an oral presentation of what they found out about the invention.  Conclude by referring back to the questions posted at the beginning of the Inquiry for discussion.

For 10 teaching ideas, click The Silk Princess to download.