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"goREACT is a new iPad app from the Museum of Science and Industry, Chicago. This free iPad app allows students to virtually create chemical reactions. To create the reactions students simply drag elements from the periodic table to the "reaction area." The app includes suggested reactions to help students get started. In all there are nearly 300 chemical reactions supported on the app. The app includes pictures and videos related to the reactions that students can virtually create on goREACT."

"The chemistry lab was the location of some of my most memorable moments in high school. Many of the lessons I learned then can now be experienced virtually on a laptop or iPad. Take a look at these options for exploring chemical reactions virtually. "

Want to enhance the viewer experiences and discussions around the YouTube videos you embed for free? With our first release*, you can now upgrade your embeds with real-time reactions, DVD-like controls, and more without having to alter original content.

Chain Reaction STORIES OF SCIENCE AND LEARNING FROM ARIZONA STATE UNIVERSITY

"You may have already heard about PhotoMath, the new iPhone app that lets you point it at a math problem on a textbook and then solves it while showing all the work involved. Some are immediately reacting by citing it's potential use in "cheating," while others cheer that it might force math teachers and textbook publishers to be more creative in how they teach math. In some ways, it may force them to do what some of us in other subjects have been looking at - creating unGoogleable questions. Here are some useful posts about the app, along with a video. "

" recently heard that a conference speaker told his audience, "We need fewer teachers and more facilitators." My first reaction was, "1986 called and would like its keynote back." My second thought was that the speaker is dead wrong!"

"ChemDraw is fantastic iPad app for Chemistry teachers. This is an app that can be used by HS/College students and is ideal way for them to create/draw molecules and then share them easily w/ others. Also, this is a nice app for educators to use to help engage their students and help w/ them studying for tests. Best of all this is a very user friendly app that has users creating drawing of molecules and reactions by simply touching and dragging their finger across the iPad screen!!!!"

"Until last week, if you'd googled the name "Klara Bowman," the search would have come back with a series of stories about a drunk teacher who was fired from her job in Tacoma, Washington. That was before a columnist with The News Tribune in Tacoma decided to uncover Klara Bowman's full story. A search of her name today will yield stories about a woman who took her own life, about her struggle with addiction, and about the need for frank talk about alcoholism. Columnist Matt Driscoll first raised concerns about the coverage and reaction to Bowman's story back in March. Bowman was fired from her job after being found intoxicated while in the classroom. It was the second time she had been caught drinking at work. "We lost the humanity of Klara Bowman in these "

"Empathize, Define, Ideate, Prototype, and Test. Go Back and Forth. Get Reactions. Rinse and Repeat. There are many ways of looking at the design thinking process. The main premise remains the same though: Take Action and Create Something to Solve a Problem of Some Sort. Below, I describe the most commonly used and taught Design Thinking Process. However, it is not about what the names of the 5 spaces are. Rather, "doing" design thinking is about understanding what each space involves and that the process rarely occupies a single space. In fact, any project will have the designers focusing in one area, but working within the constraints of several spaces. For example, new ideas will occur everywhere along the way to the "permanent" solution, even in the testing stage. And, the process is cyclical - it never ends... There are always improvements to be made."

"During my early days of teaching coding to sixth graders, my immediate reaction was to feel apologetic for a lesson that was not going smoothly for students. I would rush over and show them exactly what they did wrong. They would fix it, the code would run and there would be satisfied smiles as they moved to the next part of the project. As you can guess, this is not a sustainable or a desirable approach to teach coding. A large part of learning to code is "debugging," fixing mistakes in the code written so that it runs as desired. Debugging is difficult. It requires patience, persistence and an almost scientific approach-skills that are not easy to teach in one class. Debugging is particularly challenging for young students who are driven by the end product, such as a game. They often do not perceive the intermediate debugging stage as a learning opportunity; they just want to fix the bug and move on! "

"Science apps are becoming more popular because we can use them to illustrate volatile chemical reactions, to look at molecular structures or even find constellations not visible to the human eye. These are the science apps that I have on my iPad that I use all the time - sometimes just to show off what the iPad is capable of. Have a looks to see if any of these apps fit in with what you are doing in your science classes. "

"Discussions about technology in just about every school eventually turn to whether the iPad is a worthwhile device to deploy to students. Reactions will vary widely from gushing to … whatever the extreme opposite of gushing is."

"The ease-of-use and engagement factor of an iPad can really liven up a lesson. Combine that with an apps' ability to simulate real-world conditions, such as chemical reactions, and you have a tool that is both safe and fun for your students. High school science teacher Kimette Witt curates this collection of her favorite chemistry, physical science, and general science iPad apps. And the best part - they are all FREE! A teacher's favorite price!"

"Our initial reaction when seeing the following infographic from Mia MacMeekin was to think about instructional design rather than classroom management. That is, work backwards from a student-centered, inquiry-based, self-directed, and inherently personalized learning model where students, while plugged in to relevant digital and physical communities and working closely with mentors and peers, solved important and authentic problems through a mix of design, creativity, and macro critical thinking. Then we awoke from our naps, wiped the drool from our lips, and realized that for many teachers, the reality they face each day is very traditional:"

"Because this book's main focus is on the day-to-day classroom applications of brain-based research, I will not attempt to provide you with a thorough description of the physical brain and all its functions. However, it is beneficial for teachers to have at least a general awareness of how the brain physically functions. This knowledge can help teachers understand their students' needs or reactions and may provide a physiological basis for certain instructional decisions. So, let's take a quick walk through the brain."

"When I talk to people about mind mapping, I usually find myself facing one of two reactions: The person I'm speaking with either LOVES mind maps, or pretty much has no idea what they are or what they could be used for. We've discussed mind maps occasionally in the past, but I recently stumbled on this great graphic from Daniel Tay(who creates a bunch of different mind maps on different topics)."

"Do you cringe when a student's reaction to every problem involving fractions is "cross multiply!"? It doesn't matter whether you teach elementary or high school, whether you're a parent or a tutor, having a student yell out a trick without stopping to think is painful. This book is filled with alternatives to the shortcuts so prevalent in mathematics education and explains exactly why the tricks are so bad for understanding math."

"I read Fareed Zakaria's work often. He's a great journalist for the Washington Post and a TV news anchor with his own show on CNN. I dug into a piece yesterday he wrote titled "Why America's Obsession with STEM Education is Dangerous". Unlike Zakaria's articles on foreign policy, which are insightful, thought-provoking, and in-depth, this article paints an innacurate and overly-simplified picture of what STEM education is and should be. Worse yet, his argument injects dangerously reductive rhetoric into the public debate on education, where we already see heightened emotion and political division. Maybe this type of reaction is what Zakaria is aiming for. He releases a new book today on this same topic called "In Defense of a Liberal Education". "

"Educators and parents constantly discuss the nature of bullying. Despite the intensity of the focus on children, do we, as adults, focus adequately on our own social behavior? I was recently the target of bullying. While this behavior was upsetting, the reaction of those who were drawn into the situation was even more revealing. The bullying problem so prevalent in school years, often carries on into adult years with little thought given to it because, after all, these are adults. Adults however are the very people who often work with or have children. If adults can't navigate right from wrong, is it any wonder that this is such a problem with youth today? "

"In Square Peg, Todd Rose tells the story of how a high school dropout became a Harvard professor in educational neuroscience. Diagnosed with ADHD in middle school, Rose was always in trouble. From his study of complex systems and neuroscience, he makes four points: variability is the rule: perceptions and reactions are much more dynamic and diverse than previously thought; emotions are important: emotional states influence learning; context is key: circumstances affect the behavior; and feedback loops determine success or failure: small changes making a difference. In Todd's TED talk on the Myth of Average, he makes the case that schools are designed based on the average. But the problem is that no student is average on every dimension, "Every student has a jagged learning profile." Rose said, "We blame kids, teachers, and parents, but it's just bad design.""