Tag Archives: Chemistry

CheMystery is a graphic novel

CheMystery authored by C. Al Preece is a graphic superhero novel, drawn by Josh Reynolds, that teaches — wait for it — Chemistry!

A radiation accident transforms two youngsters into superheros, and simultaneously creates an evil villain for them to fight. The graphic novel covers that story and is indurated with frequent cleverly placed molecule size chemistry lessons.

Teachers need to know that this book complies with Next Gen science standards and is very classroom friendly. Indeed, author Preece is a chemistry and physical science teacher (and a trained chemist).

It is a great read, an engaging story, and the lessons are informative and easy on the eyes. I recommend it for the youth in your life who is into science. Teachers should have a look at it!

Science Books: New And Cheap (not necessarily both)

Let’s start with CheMystery.

This is a fun graphic novel mystery book by C.A. Preece and Josh Reynolds. Two cousins experience an incident that would make a physicist cry, but that works in a chemistry book because they now have the ability to observe and change matter. So this is a superhero book, designed to teach chemistry. The story is great, the science is great, and the pedagogy is well suited for kids and adults that like graphic novels.

Preece is the chem teacher (high school) and Reynolds is the artist.

This is written for grades 7 through 10 (ages 8-12) but some younger kids will do fine with it.

This book is pretty new, but I think it is available.

Here are some books that are currently available cheap on Kindle, for anywhere from free to two bucks, that are either science or otherwise, I suspect, of interest to readers of this blog:

Electric Universe: How Electricity Switched on the Modern World

In Praise of Doubt: How to Have Convictions Without Becoming a Fanatic

You Are Not So Smart: Why You Have Too Many Friends on Facebook, Why Your Memory Is Mostly Fiction, an d 46 Other Ways You’re Deluding Yourself

Bad Girls Throughout History: 100 Remarkable Women Who Changed the World

Adams: An American Dynasty

Ingredients of the all natural banana

I have mixed feelings about this. It could be a snobby chemist being all “without chemicals life itself would be impossible” and at the same time disrespecting the general public’s desire to have labels on the crap they sell us in stores, or it could be an honest and fun attempt to actually point out the chemicals in a banana (and other fruit). The guy’s site is generally pretty good though, lots of resources for teachers. Just gotta keep an eye on those chemists. If you know what I mean.

(I know, the pineapple is depicted, not the banana. Just go see the site you’ll understand.)

Wonderful Life with the Elements

Have ever really thought about the elements? Have you ever really asked questions about them? If you are some kind of scientist or science geek, you probably know a lot about them, and that could even be a disadvantage for you, in a sense. For instance, if you learned early on that elements were formed at certain points in time and in certain places (the big bang or later in stars, for most atoms) then the following question may not have occurred to you: “What happens when a bunch of Carbon atoms get old. Do they fall apart?” Also, a sense of purity may be something you understand but others with less knowledge may not fully grasp. Breathing in “balloon gas” (which has some helium in it) can make your voice sound funny. Totally emptying out your lungs of all air and then filling them full with pure helium could cause you to be dead. Purity matters.

Every now and then you come across a book that takes the Periodic Table and transforms it into a learning experience about chemistry and stuff that can be really interesting. Wonderful Life with the Elements: The Periodic Table Personified is the latest effort I’m aware of to do that. This smallish, square book (read: Stocking Stuffer for your nerdy spouse or child) by Japanese artist Bunpei Yorifuji seems to follow a recent trend in books to be very quirky, perhaps to compete with on-line methods of accessing information. One method of getting chemistry across to people is to redo the iconography or the spatial metaphors of the Periodic Table. In this case, the elements are depicted as drawings of people who have various characteristics. You can look at a drawing and using what you know (using rather complex keys) infer stuff about the elements from the individual’s body, face, and clothing. A person standing there in their underwear may indicate an element useful in human nutrition. A person who appears to be dressed up in a robot suit is a human-made element, one that generally does not exist in nature, and so on.

Hair or hat styles relate to elemental families, and faces vary on the bases of the element’s subatomic characteristics. The elements are standing on things that suggest stuff about their uses. So, for instance, you might have this:


Gold has a big long beard indicating that it was discovered in ancient times. The figure representing gold and gold itself are a bit hefty of mass. Gold sports the hair style of a transition metal, and appears to be wearing Carharts, suggesting a multiplicity of purposes. There is quite a bit more information than this in this one figure.

The book comes with a nifty, full size fold out periodic table that I’m tempted to razor out and hang on my wall.