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This is the Newest webtool developed by Dan Meyer and Dave Major. Dan Meyer discusses the tool and task in a post on his blog here - http://blog.mrmeyer.com/?p=17503 I think this tool would be very engaging for students. Give them the task of finding the quickest route, and they will go nuts with it. I see two main applications for this particular tool/task: You could use this tool as an introduction to angles. Put it on the board, give the kids the task, and have them discuss how they would tell the ship captain to navigate around the buoys. When non-mathematical language and vocabulary bogs down the ship's progress, overlay a grid/protractor and introduce the idea of angles. Have the kids play around with the tool to come up with the quickest route. Discuss the result of small differences in angle measurement on the ship's progress (each degree above the necessary increases the amount of time lost). This could lead into a discussion on the importance of precision… This would be an easy task to make over if you wanted to talk about slope and writing equations of lines (Algebra I). You could overlay a grid on the board, The kids could draw the lines in to get the ships around the buoys, write the equations, then you could talk about how cumbersome the equations are and how ships are actually piloted and bring in the idea of degrees/vectors (direction and angle). Not only does this tool help to teach angles/vectors, but it's also a tool to get students estimating (angles AND distance).

Wow. Just wow. A lot of potential application here for a variety of topics. - My World History teachers are about to do a Socratic seminar on Rome. The topic is "Haves vs. Have Nots." This map fits perfectly into this discussion. - Use as a tool to discuss reasons for immigration/emigration - Locate the most/least poor areas of the US? Why do you believe this is the case? -Does geography impact poverty? How/Why? - Compare this map to other poverty maps from the past, specifically during the period of industrialization. Discuss how/why things have changed.

This seems like a fun and interesting way to discuss/learn several different math topics. Here's a sample lesson plan that popped into my head when I saw this post: 1. Show to students a GoogleMap/GoogleEarth image similar to the one on the website, but more meaningful to you/them. For example, several different grocery stores around your house. 2. Ask the students, "Which one should I go to?" Have the students justify their answers using the image and mathematical topics that they have learned up to this point. 3. With appropriate questioning you could work in several mathematical topics here (I know I'm missing others as well…) a. Overlay a grid on the GoogleMaps and have the students give each of the locations points on an x,y axis. Use this information to determine distance. Have a conversation if this is the best way to determine which location is easiest to access. When students start to bring up the fact that even though some points are technically closer, but could be slower to get to, bring in… b. Rates, ratios, etc. Discuss how fast you could possibly travel on each route according to number of stop signs, streetlights, speed limit etc. Have students use this information to calculate the appropriate answer.

"Technology, the Law and Education October 19, 2013. Chickahominy MIddle School, Mechanicsville 9 am- noon ​Join Jon Becker and friends for a thought-provoking presentation and small-group discussion. This event is free of charge, but space is limited and registration is required.  ​More and more educators are finding creative ways to integrate technology into the teaching and learning process.  Sometimes, though, those teachers are stymied by legal or regulatory roadblocks.  In some cases, the laws and regulations are applied properly.  However, in many instances, laws and regulations are misinterpreted and/or misapplied.  At this workshop, attendees will have an opportunity to explore, discuss and bust some myths around issues at the evolving intersection of educational technology and the law."

"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.

"Like his teammate Ray Rice, the Ravens linebacker was accused of beating up his wife. But in his case, there was no video." This really makes me think about how we could use this article, plus a variety of other documents, to discuss how various forms of media affect public/individual perception, feelings, emotions, decisions, etc. This is obviously a serious topic, and shouldn't be treated lightly, but feel like it could lead into some particularly deep discussion in a high school AP class, like AP language.

"In short, I'm constantly nudging students to think more deeply, but I never really challenge the dogmas of the Church of the Right Answer. I'm a good, rule-abiding cop, in a city where the rules are sometimes grossly unfair. That doesn't always satisfy me. Some days I don't want to nibble at the edges. I crave a more radical assault: a reformation, a new religion. Some days, I want a Church of Learning." For use in a faculty meeting/at a PD. This would be a great activity for IB schools when discussing how best to implement/discuss IB grades. - In HCPS/at Moody do we "worship" at the Church of the Right answer or the Church of Learning? What structures are in place at the school/county level that helped you generate your answer? - Are Moody's students and parents more likely to "worship" at the Church of the Right answer of the Church of learning? What evidence do you see to support you opinion? - What structures can we implement in individual classrooms/at a school level in order to preach the Church of Learning vs. The church of the Right answer.

Put the internet to work for you. This is the service Tom discussed this morning that might help you route actions in the background.

"While killing time in the airport last weekend, I watched a series of Jimmy Fallon Tonight Show clips. While watching Jimmy Fallon and Bryan Cranston playing "Word Sneak," I was inspired! I decided to use this game format for a vocabulary review in my class." This sounds like an interesting method to learn/review vocabulary. As an addition to the game, you could give students a specific discussion prompt to focus their talk, and then they could "sneak" the words into this particular conversation.

I actually did this with a class, a variation anyway. Remind me to share the videos with you the next time we are all together.

Do you teach struggling readers? No matter the content area that you teach, student success is often defined by literacy. Reading comprehension and vocabulary frequently act as roadblocks that prevent students from grasping difficult concepts. Rewordify is a tool that will help you ignore this roadblock, and even teach reading comprehension and vocabulary when used appropriately. I initially read about the tool from this blog post (http://www.freetech4teachers.com/2013/08/rewordify-helps-students-read-complex.html#.UhuJ79KsiSp). If you don't have time to check out that entire post, here is a brief summary of the tool and a few possible uses for it: Tool Description: This online tool allows the user to input a chunk of text and replaces all the "hard words" with synonyms. This seems like a spectacular tool to promote reading comprehension across the content areas. Here a just a couple ways you could use this tool. * Have you found a website with incredible information, but the reading level is way too high for your students? Have the students use Rewordify and make the reading level more appropriate for your students. * This could be a great tool to teach new vocabulary and reading comprehension. Here's one idea on how to do this: o Have students read a passage and highlight/underline/annotate the passage, including making notes of the words that they don't understand. Then, have the students summarize what they have read. Input the same text into rewordify and have the students read and summarize what they have read a second time. Compare the two summaries and discuss any similarities/differences. Now, have the students create definitions for the words that were highlighted (Students cannot use the provided synonym when completing this portion of the activity). William Berry Dept. of Organizational Development, Quality and Innovation Moody Middle School ITRT - (804) 261-5015 http://blogs.henrico.k12.va.us/techtips/ http://blogs.henrico.k12.v

"How did Gladwell misconstrue it? Aside from not having copied the numbers from the actual paper correctly for his book? He says that there is a perfect correspondence between practice and the level of expertise a person attains. And you can't tell that from the paper. The 10,000 hours is an average of differences. You could have two people in any endeavor and one person took 0 hours and another took 20,000 hours, which is something like what happened with two high jumpers I discuss in the book. One guy put in 20,000 and one put in 0, so there's your average of 10,000 hours, but that tells you nothing about an individual. Now, Gladwell doesn't say there's no such thing as genetic talent. I think other writers are stricter than him. [Matthew Syed's] Bounce is a book that minimizes talent. Gladwell does say elite performers are more talented. One of the things that Ericsson criticizes Gladwell about is to say that 10,000 hours is some kind of rule. The paper just says that these performers by the age of 20, these performers have accumulated 10,000 hours but there's no where that says it's a magical number where that's when they become elite or anything like that. These people, by the time they go into their professional careers, have way more than that. That's just where they were when they're 20 as an average, not even to mention their individual differences."

This article answers a question I have had since 10th grade English - "Is it possible to make Jane Eyre interesting?" I watched the Hamlet video and was thoroughly entertained. I could see these videos being used in 8th grade and high school English classes, especially if you edited one or two short segments (he says a** and b****, but other curse words are bleeped out within the video). These clips could be really useful when discussing the topic of "audience." As a culmination to a unit/lesson on audience, I could see students making their own version of "Thug Notes" or "rewriting" a book to some extent and adapt the work for a specific culture/group of people.

Lesson objective: In this lesson, students use coordinates to compute perimeters of polygons and areas of triangles and rectangles, e.g., using the distance formula. Pretty much all the steps to this lesson are on the website, which also includes a download link with all the materials that you will need. Something to think about if you plan on completing this lesson: When you first pose the problem to the students - Have the students discuss how they could represent the location of the different vertices for the Bermuda triangle. Give the students time to research/explore and find the latitude/longitude on their own rather than giving it to them directly. There are plenty of tools out there that can help the students complete this task, the most common being Google Earth and Google Maps

This seems like a decent interactive for an introduction to atoms/elements/period table. Have the students click through several atoms in order and then discuss: - What do you notice? - What do you wonder? - Predict what the next atom (or the atom 17 clicks away) will look like. Explain your response.

"Textual analysis has its limitations, of course, but word counting can illuminate the tendencies of writers in a way that word reading may not." Textual analysis leads to a discussion on author's style. You could do this type of activity with various Word Cloud Generators.

"There's a contest called Math-O-Vision, which your students should enter. Here's the premise: The Neukom Institute for Computational Science, at Dartmouth College, is offering prizes for high school students who create 4-minute movies that show the world of equations we live in. In 240 seconds, using animation, story-telling, humor, or anything you can think of, show us what you see: the patterns, the abstractions, the patterns within the abstractions." Two interesting things going on in this short blog post: 1. It introduces a contest which might be interesting for some of your students. I looked at the winning video from last year (linked in the post) and know that our students are capable of making something of similar quality. 2. The articles provides an interesting insight on math as a "product." This is quite an interesting discussion when thinking about how/why to assign this type of activity to your students.

"Reactions filmed with a high-speed camera. New videos being added every week." Could be interesting to look at the reaction in regular speed and have students discuss: "What do you notice and wonder?" Then, play the slow mo videos and see what sort of observations pop up.

"Mathsframe has more than 170 free interactive maths games. All resources are designed, by an experienced KS2 teacher, to help children to visualise numbers, patterns and numerical relationships and to develop their mathematical thinking. New games are added most weeks." Some of these seem more appropriate for elementary school, but there are definitely some that could serve as quick review for our 6th-8th graders. You could have students use these games for several minutes individually in the class, or have students use a Promethean board/slate to interact with the game in front of the class and discuss their reasoning for the answers they select. This could be a great informal feedback tool that would take very little prep time.

"Just a quick post- we started a unit on percents today.  Found this activity from Illuminations, but I needed it to be a little bit more.  The activity takes the BMIs and weights of season 14′s contestants and students need to find the percent lost for each in order to find out who won the game.  We then had a discussion on why the show does not award the prize to the person with the most weight lost, but the highest percentage." You could find some good video/media to go along with this to hook students - Maybe a before/after picture video which I'm sure you could find online. Have the students use the video to predict the winner then get into the worksheet. There are some pretty good extension activities embedded here as well: Research how BMI is calculated, Determine whether percentage of weight lost is the best method to determine the winner, etc.

"Confucius famously urged followers to heed the Golden Rule: do to others what you would have them do to you. However, he was also famous for another concept: jen. According to Confucius, a person of jen "brings the good things of others to completion and does not bring the bad things of others to completion." In other words, jen represents our ability to make the world a better place…but also a worse one. In this lesson we'll explore the concept of the jen ratio - the ratio of positive to negative observations in our daily lives - and discuss how it influences the way we experience the world. From violent video games to inspiring hip-hop lyrics, how does the Confucian concept of jen shape our lives?" This seems like a very engaging introduction to ratios. This is a paid resource, but the media for this lesson is free and available to all.