I have used iKnow That: Alien Word Mine to practice the not contraction, but was looking for another opportunity for students to practice. I searched for some fun activities and came up blank. I decided to make an offline game that students could play as a class called "I have, who has?". In this card game, each student chooses a game card. Each game card starts with the separate words (for example: can not) and has a contraction (for example: aren't). Students stand in a circle holding there game card. Choose one student to begin by reading their card: "I have can not, who has aren't?" The student holding the card with "are not" responds: "I have are not, who has don't?". Play continues until all matches have been made
teachers who consider themselves savvy in this digital age become frustrated with those who would rather not change their habits of teaching.This frustration is understandable, but it is nonetheless unhealthy.
A operator within the realm of social media who has not internalized it as a habit of life will be as successful at understanding social media as an illiterate is at understanding a newspaper.
he majority of teachers and admins opposed to social tech integration are those for whom social media itself has not become a habit of life. It is not that they are inherently 'against' whatever it is that social media suggests; if anything, they have so little understanding of it in the first place that 'engagement' is moot.
"Well, we were very interested in two ideas. One was how do the patterns of brain activity differ when you're doing an internet search versus reading, since computers are such a big part of our lives these days? And then we also wanted to look at different groups of people, people who were internet-savvy and had lots of computer exposure and experience, and compared that to naive subjects - with "naive" we mean people who don't use computers or the internet very often."
"Students at Asher Public School, Asher, Oklahoma, are currently collaborating with students in Illinois, Indiana, and Washington using a global platform that consists of the project Ning, Wiki, and Skype. The Ning is located at: http:dontextandrive.ning.com/. Membership into the Ning is representative of their pledge not to text and drive. The Ning sufficiently addresses current research, data, laws, and even legislation through active blogging and forum discussion exchanges. We are interested in collaborating with schools from within the United States to outside. This is a global issue and deserves global attention. We want to be part of the solution and not part of the problem. Please join us."
"Our Courts is a web-based education project designed to teach students civics and inspire them to be active participants in our democracy. Our Courts is the vision of Justice Sandra Day O'Connor, who is concerned that students are not getting the information and tools they need for civic participation, and that civics teachers need better materials and support."
"R is a language and environment for statistical computing and graphics. It is a GNU project which is similar to the S language and environment which was developed at Bell Laboratories (formerly AT&T, now Lucent Technologies) by John Chambers and colleagues. R can be considered as a different implementation of S. There are some important differences, but much code written for S runs unaltered under R.
R provides a wide variety of statistical (linear and nonlinear modelling, classical statistical tests, time-series analysis, classification, clustering, ...) and graphical techniques, and is highly extensible. The S language is often the vehicle of choice for research in statistical methodology, and R provides an Open Source route to participation in that activity."
"Are you an educator looking for new ways to grab your students' attention and liven up your daily lessons? Visit the new Wolfram|Alpha for Educators site, where you'll find examples, lesson plans, and even videos on how you can incorporate the technology of Wolfram|Alpha into your classroom.
Peruse the video gallery to get a quick introduction to Wolfram|Alpha, and hear from educators and students who are using it in lectures, activities, and research projects. From there take a peek at one of the many lesson plans, in subject areas such as science, mathematics, and social studies. Once you get the hang of it, you can even submit your own lesson plans to share with other educators.
This site also points to many other Wolfram educational resources, including the Wolfram Demonstrations Project and MathWorld. We have even set up an Education group on the Wolfram|Alpha Community site so that you can connect with other educators.
So the next time you want to do something new and different in your classroom, check out Wolfram|Alpha for Educators to spark your imagination."
"The Visual Ranking Tool brings focus to the thinking behind making ordered lists. Students identify and refine criteria as they assign order or ranking to a list. They must explain their reasoning and can compare their work with each other in a visual diagram. This tool supports activities where students need to organize ideas, debate differences, and reach consensus.
The tool and related resources are available for free, from any computer that is connected to the Internet. Students may work on their lists at home or at school, and can even compare their ideas with students located in distant classrooms. "
We are on the verge of building so many restrictions into online activity that the creativity, inventiveness and sheer joy of life on the net will be squeezed out just to ensure that over-hyped comedians are able to censor videos of their fans waiting for the show to begin.
This is not the way forward, but if we do not act now then it will shape the internet that we offer to the billions waiting to get online and change the world.
"Abstract: This paper reports on the design, development, and application of a Checklist intended to assist educators in recognizing strengths and weaknesses in their technology-based programs at their institutions. The Checklist sampled public and private schools to validate the existence and impact of the Technology Facade. Initial findings indicate that schools have masked the effective use of computers labs and classroom computers behind the auspices of teacher activities, student participation, and parental involvement. The study and suggests possible courses of action to address deficiencies in the use of technology, the construction of the necessary infrastructure, and the design of a viable instructional strategy."
This resonates with me because I see it time after time. Even one-to-one districts aren't doing anything with the computers that they weren't already doing without them. The technology is a Facade. Interesting notion
The author of this book was my professor at Duquesne University during the time he was authoring it. He, at the time was the head of the Instructional Technology Deptartment. As an assignment, we helped to "proofread" and make suggestions...so excited to see it mentioned here. Larry has been ahead of his time in this field for years. Great read, and highly recommended as it offers a different, yet crucial perspective on things.
School lab directors and classroom teachers can use this curriculum to develop computer literate and technology savvy students while at the same time reinforcing National and State academic standards. This powerful combination assists the lab director and classroom teacher with practical computer lab activities and exercises that reinforce not only what is being taught in the classroom, but also what is being tested and measured annually.
Classrooms that Excel will introduce Microsoft Excel spreadsheet procedures that may be integrated into instruction across the curriculum. Participants will develop lessons and activities that engage students - collect data, organizing data, compute results, summarize, chart, and present analysis. Basic Excel procedures are easy to learn and offers a variety of opportunities for teachers to implement real world problem solving and applications.
The eight online lessons require approximately two hours each to complete.
I wanted to post a list that talked about how to "use" technology in the classroom, but I found myself revising that word "use" to the more general word, "model." The reason I did this is because so many teachers believe that if students aren't actively sitting in front of the computer screen themselves, then clearly technology is not being used in the classroom.
This myth can be a gatekeeper of sorts for many teachers, and I wanted to create a list that both gives advice on how to "use" but also acknowledges that in simply modeling the use the of technology, the students are also learning to use it in an indirect way.
Drag members into the teams you want to reassign them to.
You have several options for team-level permission settings:
Public to wiki: All wiki members can view and edit pages
Protected to wiki: All wiki members can view pages, but only members of this team can edit pages
Private: Only members of this team can view and edit pages
Custom: Define custom permissions (on available to Super-plan wikis or wikis on Private Label sites)
To add a new page, just click the New Page icon in the action menu. This will create a new page on the team (not on the main area of the wiki), so it will be protected by the same permissions as the rest of the team.
Your team also has a special set of files, separate from the files for the main area of the wiki. If you upload a file while editing a team page, it’ll be added to the files for that team.
"We're calling this new feature Projects. Whenever you have a particular assignment or activity, you can create a project for it, then define teams of members, each with its own unique pages, files, and permissions. Team content (that is, pages and files) are grouped together, separate from the main area of the wiki. That way, students in teams can do their group work completely independently from other teams."
Understanding Alcohol: Investigations into Biology and Behavior-developed with the National Institute on Alcohol Abuse and Alcoholism (NIAAA)-is a creative, inquiry-based instruction program designed to promote active learning and stimulate student interest in medical topics. This curriculum supplement aims to help students develop the following major goals associated with scientific literacy:
to experience the process of scientific inquiry and develop an enhanced understanding of the nature and methods of science; andto appreciate the role of science in society and the relationship between basic science and human health.