Group items tagged

"Function Carnival changes that. Students watch a video. They try to graph what they see. Then they play back the video and see how their graphical model would be represented as an animation. Does what they meant to graph about the world actually match the world?" This is an explanation of a new online math tool called "Function Carnival." The link to the tool is in the opening paragraph. Further explanation of the tool can be found here: http://blog.mrmeyer.com/?p=18420

"David Cox sent his students through Function Carnival where they tried to graph the motion of different carnival rides. (Try it!) Every student's initial graph was wrong. No one got it exactly right the first time. But Function Carnival doesn't display a percent score or hint tokens or some kind of Bayesian probability they'll get the next graph right. It just shows students what their graph means for that ride. Then it lets them revise."

Video game-like videos that teach the parts of a cell and certain cell functions. These are very engaging for all learners, but especially alternative learners. Love these!

"Here you will find one of the greatest historical atlases: Charles O. Paullin and John K. Wright's Atlas of the Historical Geography of the United States, first published in 1932. This digital edition reproduces all of the atlas's nearly 700 maps. Many of these beautiful maps are enhanced here in ways impossible in print, animated to show change over time or made clickable to view the underlying data-remarkable maps produced eight decades ago with the functionality of the twenty-first century." Large Database of Interactive historical maps

""That's why the goal of school has to be automaticity," my dad concluded. The Sunday morning roads were empty, and we'd nearly made it home. "Take learning your times tables. You've got to know them cold so that you can go on to finding common denominators, or reasoning about algebraic functions, or whatever. You need each task to become automatic before you can move onto the next intellectual step."" Humorous, yet enlightening take on math class, which can be applied to school in general. What is more important for us to teach students so that it becomes more automatic? Should we make facts automatic? Or should we instead focus on skills and thought processes that can be quickly applied to many scenarios in a variety of contexts?

Interesting article that I'm going to share with my English teachers. If they are interested, I'm going to look for/recommend similar functioning tools that they could use with their students. "Instructors at the New Jersey Institute of Technology have been using a program called E-Rater in this fashion since 2009, and they've observed a striking change in student behavior as a result. Andrew Klobucar, associate professor of humanities at NJIT, notes that students almost universally resist going back over material they've written. But, Klobucar told Inside Higher Ed reporter Scott Jaschik, his students are willing to revise their essays, even multiple times, when their work is being reviewed by a computer and not by a human teacher. They end up writing nearly three times as many words in the course of revising as students who are not offered the services of E-Rater, and the quality of their writing improves as a result. Crucially, says Klobucar, students who feel that handing in successive drafts to an instructor wielding a red pen is "corrective, even punitive" do not seem to feel rebuked by similar feedback from a computer."

"I immediately tackled it and now present to you my completed Desmos Maze. As you can see, I had some fun toward the end." Awesome concept. I really like the coordinate plane maze at the end. This could be a great review activity for the SOLs.