Group items tagged

"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."

"When I get a taxi for the 15-minute ride from my office to the airport, I have two choices. I can hail a cab on the street, and pay a metered fare for the 4.6-mile trip. Or I can walk to the local Marriott and pay a fixed fee of $31.50. Truthfully, I'm always a lot happier paying the fixed fee. I'm happier even though it probably costs more in the end. (A congestion-free trip on the meter comes out to about $26.) Sitting in a cab watching the meter tick up wrenches my gut: Every eighth of a mile, there goes another 45 cents-tick ... tick ... tick." ...this provides interesting context for a math problem using linear equations. When is it worth it to pay the fixed fare vs. paying the per 1/8th of a mile rate? You could "3-Act" this scenario pretty easily: -Take a short video of a taxi fare display clicking upwards. Ask students to give you the first questions that come to mind. When the students ask for it, provide them with a photo of the rate schedule on the side of the taxi and your destination address.

"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.

"NOAA View is a new project from the National Oceanic and Atmospheric Administration. On NOAA View you can explore visualizations of data sets in the categories of Ocean, Land, Atmosphere, Cryosphere, and Climate. Each category has multiple subsets of data from which to choose. The data sets can be displayed in weekly, monthly, and yearly units. A basic explanation of each data set is available." Resource for discussing climate and weather.

I've never been a huge baseball fan, but I do like data. This interactive display shows the total expenditure of every Major League Baseball team (from 1998 out until a few years in the future). Clicking on a team in the top chart will break that expenditure down per player and show what each player makes per year. Just looking at this chart for a few minutes, I've come up with the following questions that could be used in a math class for a problem solving lesson. Some of these questions would also require the students to locate some additional data as well. * Is there a correlation between team expenditure and winning the Championship/making the playoffs/number of wins in a season? * What percent of a team's total expenses do "star players" take up? * Are star player's "worth it" for a baseball team? * How have team expenses changed over the past 15 years? * Are baseball players being paid more today than in the past or are their salaries just keeping up with inflation? * How much do today's baseball stars make in comparison to the stars of the late 90's and early 00's? Is this difference warranted? I'm sure there are plenty of better questions here that I'm missing.

"Map of Life is a mapping project sponsored in part by Yale and the University of Colorado, Boulder. The map offers the option to see distribution of a species around the world. To do so, select a species from the species menu and placemarks for that species will be displayed on the map. Map of Life also provides the option to see a distribution of animals closest to you. To do that select "what lives near me.""

"Called newspaper map, the relatively new webapp uses Google Maps to visually display newspapers from almost every country in the world. You can filter the map results by place, address, newspaper name and language. The further you zoom in, the more pins you see. The larger the pin, the larger the paper."

I want to do something like this that students/teachers can provision with their own content/relationships.

"The GIF below runs through the plates in sequence, from 2348 B.C., "The Deluge" (Quin, not unusually for his time period, was a Biblical literalist) through A.D. 1828, "End of the General Peace."" So my initial thought upon seeing this GIF was that it is eerily similar to the "fog of war" effect from Warcraft, Starcraft, and other similar games from my childhood. Based on this idea, you might be able to do something with these maps related to the essential question, "How has expansion changed our perception of the world?" (This is probably not phrased perfectly, but gets to the general idea...) Additionally, this could be an interesting item to analyze when discussing the essential question, "Have we made progress?" Students could make similar Gifs for shorter time periods to show their understanding of change over time.