HCPS ITRT

A friend shared this with me and it's a good read. It also summarizes the way that many of our teachers think, and could be an interesting article to share with a teacher and have a discussion about. Ultimate, I have a huge problem with the assumptions and conclusions that are being made here: "Now I'm not calling for abuse; I'd be the first to complain if a teacher called my kids names. But the latest evidence backs up my modest proposal. Studies have now shown, among other things, the benefits of moderate childhood stress; how praise kills kids' self-esteem; and why grit is a better predictor of success than SAT scores. All of which flies in the face of the kinder, gentler philosophy that has dominated American education over the past few decades. The conventional wisdom holds that teachers are supposed to tease knowledge out of students, rather than pound it into their heads. Projects and collaborative learning are applauded; traditional methods like lecturing and memorization-derided as "drill and kill"-are frowned upon, dismissed as a surefire way to suck young minds dry of creativity and motivation. But the conventional wisdom is wrong. And the following eight principles-a manifesto if you will, a battle cry inspired by my old teacher and buttressed by new research-explain why." Why are these seen as two completely different and opposing philosophies of education? That's my question. From my experience, teasing knowledge and understanding out of children stresses the hell out of them. They struggle to give you an answer initially, but when when you are unwilling to spoon feed them or provide them with a "drill and kill" answer, they finally make a connection. In doing so you show the students that their grit and determination has helped them gather a better understanding of the material and become a better student and learner in process.

I may write a decent response to this. She plays just about every false argument card in the book. It needs this treatment - http://www.al.com/opinion/index.ssf/2013/10/huntsville_teacher_common_core.html

This take down of Gladwell's dyslexia chapter http://languagelog.ldc.upenn.edu/nll/?p=8123 makes for a similar parallel.

A real world example of the perpendicular bisector. ""The model says that if you have two gangs that are equal in their competitive abilities, the boundary between them will be equidistant and perpendicular between their anchor points," Brantingham says. "It's a nice, simple, geometric organization.""

Kagan Structures are instructional strategies designed to promote cooperation and communication in the classroom, boost students' confidence and retain their interest in classroom interaction. The Structures work in all teaching contexts-regardless of subject, age group, and number of students in class.

Kagan Structures are instructional strategies designed to promote cooperation and communication in the classroom, boost students' confidence and retain their interest in classroom interaction. The Structures work in all teaching contexts-regardless of subject, age group, and number of students in class.

"Draw an interesting curve, then click 'Correlate!' to find query terms whose popularity over time matches the shape you drew."

I was reading a blog this morning and ran across this link to a search engine for pictures and graphics that let's you search in a variety of ways including creative commons and flickr. It's a little easier to use than searching there for me. Try it and see what you think.

Are we questioning the status quo? An interesting innovation website focused more on the business community, but the concepts can be applied in education. Site contains innovation model and pyramid: Question >Observe>Network>Experiment>Associate>Innovate

"Ever wonder why we are made up of the particular ratio of elements that we happen to be made up of? The answer may be very simple. Perhaps we are that way because the universe is that way." This infographic reminded me of this H21 lesson (http://blogs.henrico.k12.va.us/21/?s=element+survivor&x=-1067&y=-38) and could provide a neat extension/summary for the lesson. After the students create their products and justify their choices, the teacher could show the infographic on this page and have the students compare and contrast their choices to the infographic and discuss "Why do you believe the human body contains these proportions of the listed elements?" Then, after an appropriate amount of time for the discussion, go for the big reveal and show the graphic that displays the abundance of each element in the universe.

"We are math teachers who share what we've learned, cause we don't want our classes to suck the energy from students. Professional development among friends, not just colleagues. Fun! Immediately useful! Interesting!" The Conference Tab on this page contains video archives of previous meetings. Some of the previous meetings include tips and tricks for using Mathalicious and Desmos in your classroom.

"The following Problem Based Learning (PrBL) curriculum maps are based on the Math Common Core State Standards and the associated scope and sequences. The problems and tasks have been scoured from thoughtful math bloggers who have advanced our practice by posting their materials online." This is an incredible accumulation of lessons, tasks, and assessments that address the mathematical standards for the common core. Although it might take some time to align our specific SOL strands and content with the appropriate common core tags, these curriculum maps are still worth scouring and using, as there is a TON of good stuff here. This also might be a decent bookmark in case Virgina ever goes to the Common Core…

"In 1972 Canadian scientists R.W. Sheldon and S.R. Kerr set out to reason out the number of monsters that occupy Loch Ness. Because the creatures are reportedly large and rarely seen, it follows that their numbers must be small. ("It has been suggested from time to time that as the monsters are never caught it must therefore follow that they do not exist. This is both irresponsible and illogical.")" Neat entry point for a math lesson.

I love that blog. Leads me to wonder how big a lake Godzilla would need.

I think this is a neat idea. Would be easy to do and could really add a layer of authenticity to what students are doing and working on. Lots of different ways this idea could be used.

"There is a new digital divide on the horizon. It is not based around who has devices and who does not, but instead the new digital divide will be based around students who know how to effectively find and curate information and those who do not."

"A puzzle by Sam Loyd. The red strips are twice as long as the yellow strips. The eight can be assembled to form two squares of different sizes. How can they be rearranged (in the plane) to form three squares of equal size?" Interesting brainteaser or problem that could act as a warmup. You could make these strips into manipulatives in Inspire or give the students physical strips to help with the visualization process. I'm sure there's math here, I just don't know what it is...

"The point here is that the technology made the conversation easier. Instead of creating 20 different examples of graphs and seeing what happens as each variable is changed, students were able to visualize the changes, both in the graph representation, and in the formula representation. When asked if they noticed anything after the "Point on the line" slider was changed, one student said they noticed the Intercept-slope form of the equation did not change. Another student responded to him with "that form of the line doesn't depend on which points you use.""

"goREACT is a free iPad and Android 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 features 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."

"Can bookmarks make you more productive? Admittedly, I'm more passionate about bookmarks than most but for good reason. My bookmarks are my digital memory."