Tag: Math

Moglue: Create interactive ebooks and release as apps!

Kelly Tenkely4 Comments on Moglue: Create interactive ebooks and release as apps!11276 views

What it is:  Moglue is an interactive ebook builder that helps students create and share their stories on mobile devices as an app.  This download desktop platform makes it a snap for students to create interactive ebooks and release them as apps for iOS devices (iPad, iPhone, iPod Touch), Android tablets and Android phones.  Students only need to build the content once and Moglue makes it compatible with each user interface seamlessly.  No programming is required, this is a great creation platform for all classrooms!  Using a simple drag and drop interface, students can make their stories come to life.  Every child is enabled to be an artist now.

How to integrate Moglue into the classroom:  I think tools that make content creation simple are absolute genius.  As much as I would love for every student (and myself) to know how to program, it takes quite a bit of know-how before students can make their stories and ideas come to life.  The intuitive interface of tools like Moglue let students focus on breathing life into their creations and not on the technology tools used to build them.  Tools like Moglue are wonderful for the classroom where students are often short on time and resources (someone to teach them programming).  Because the interface is so easy to use, students can focus on telling a story, releasing their inner artist, and letting their creativity shine.

Students (or classes) can use Moglue to:

  • Tell a fractured fairy tale
  • Create a choose your own adventure story
  • Demonstrate science concepts in an interactive “glossary”
  • Create a class dictionary of math, science, economics or geography words
  • Write creatively
  • Create an interactive “textbook”
  • Create an illustrated dictionary for a second language
  • Create an interactive “travel-the-world” geography book
This is a neat way for students to publish their work and share with others!

Tips: The Moglue builder can be downloaded on Mac or Windows computers and has a great tutorial to get your students started!

Please leave a comment and share how you are using Moglue in  your classroom!

Oddizzi: where the world comes to life

Kelly Tenkely5 Comments on Oddizzi: where the world comes to life3736 views

What it is:  I love those serendipitous moments in life where the stars seem to align and everything that comes your way is tailor made to meet your needs.  This resource filled those needs for me this week!  At Anastasis, our primary students are working on an inquiry unit about how transportation has changed over time and how transportation is used in different locations in the world.  What should appear in my inbox than a little note from the people over at Oddizzi inviting me to take a look at their content.  Serendipitous I tell you.  Oddizzi is a paid-for service but they have sample content on their site to give you a taste of what you can expect.  That sample content is free and has made my day.  It may make yours too, you should head over and have a look!  Oddizzi brings the world to life in a way I have seen few other resources pull off.  Students have access to their very own interactive map where they can view places, physical features, global features, places of interest, my story and class pals.  Students can click on each feature on the map to learn more in popup bubble.  The content below the map is rich including student-friendly text, videos, “secret” facts, images and more.  Oddizzi is a great way to teach about geography, global issues, math, citizenship and multicultural topics.  One feature that I have found to be really useful is the “Sneak-a-Peak” option which condenses a page of content down to one page of easy to read sentences.  Perfect for differentiating for your different reading levels while maintaining a topic thread for the whole class.  Odd and Izzi are fun characters that lead students through the site revealing hidden secrets as they go.

How to integrate Oddizzi into the classroom:  Oddizzi is a fantastic way for students to explore geography and culture.  Use Oddizzi sample content to introduce a lesson or unit, as a place for students to gather research, or as a center activity on classroom computers.  In the Sample Content you will find information on Egypt, transportation in India, Rivers and Games (flags from around the world and a game about Egypt).

Oddizzi is a great place to spur interest in geography and encourages students to learn more.  We will use the Transport in India content to help students think about questions they can ask about how transportation is used in other countries.

Geography is a subject that is often overlooked in schools in the United States.  Oddizzi helps bridge the gap between geography and other disciplines such as reading, writing, communicating, math, social studies, history, etc.  No excuses!

Use Oddizzi as a starting point for students to gather facts, information and gain a general understanding of geography and culture.  Students can use that information to create a poem about the country or location.  At Anastasis, @leadingwlove did an incredible project with students where they each chose a country they wanted to learn more about.  After learning about the country, they wrote a poem.  Each made a large thumbprint on an 8.5 x 11 piece of paper and inside the thumbprint left a negative space of the outline of the country.  They wrote their poems on the lines of the fingerprint.  The result was incredible!  Students learned a lot, practiced writing poetry and created a masterpiece to boot!  Since our students are in a one-to-one iPad environment, they took this a step further and took pictures of their finished products and added special photo effects to make a one-of-a-kind digital masterpiece for their e-portfolios.  SO awesome!  You can see the beginning of one of these poems below…

Tips: In the subscription version of Oddizzi, you can connect with other classes around the globe in a secure learning environment.  This allows your students to send online postcards to other students around the world so that they can learn first hand what life is like around the globe.  Neat! A curriculum zone offers teachers resources for integrating Oddizzi across multiple disciplines for transdiciplinary learning.  In addition, the subscription version has “Over to you” where students can contribute content to the site.  If you are interested in testing out these additional features, request a free trial of Oddizzi for your class here.

Please leave a comment and share how you are using Oddizzi in  your classroom!

Mangahigh: k-12 math games

Kelly Tenkely6 Comments on Mangahigh: k-12 math games4145 views

What it is:  The title of this post is a little underwhelming- I had a hard time expressing ALL that this site does in one line.  Mangahigh is a game based learning site where students can learn all about math. What is unique about Mangahigh math learning games is the way that the learning topics are addressed.  These aren’t your typical drill/skill math games that only address the four basic operations or introductory algebra skills.  The games adapt in difficulty to student levels as they play.  Games continue to challenge students without getting too difficult too quickly and frustrating kids.  The Mangahigh games encourage students to observe, hypothesize, test, evaluate and conclude. All games are based on the Common Core standards making it easy to integrate the games into your current curriculum.  Teachers get their very own login to Mangahigh where they can assign challenges, track student progress and use the games as a form of formative assessment.  The mathematics topic in Mangahigh are geared for elementary, middle and high school students (I am a big fan of site that meet a variety of ages and needs!).

How to integrate Mangahigh into the classroom:  Mangahigh is a great way to shake up your math classroom while injecting it with a big dose of fun, discovery and challenge.  The best way to use Mangahigh is in a one-to-one setting where each student has access to the Mangahigh site.  This makes it easy for students to work at their own pace and for you to track progress.

Mangahigh would be a great way to tailor what your students are working on so that each child is getting challenged at the level they need.  Use the built-in analytics to help inform decisions about where to go next with your students.

Don’t have access to a one-to-one environment?  Don’t discount Mangahigh yet.  The site could be used in a one or two computer classroom as a math center.  Rotate your students through the center throughout the week.  Those who have computers at home can continue the learning there.  Mangahigh would be a great way for students to continue their learning.

Tips: Do you have a pen pal or collaborating school?  Mangahigh will let your students engage in a Fai-To where they can have a friendly little math smack down competition.

Please leave a comment and share how you are using Mangahigh in  your classroom!

Thinking Blocks: Model math word problems with virtual mantipulatives

Kelly TenkelyLeave a Comment on Thinking Blocks: Model math word problems with virtual mantipulatives3257 views

What it is:  Thinking Blocks is a great find by @matthewquigley who was nice enough to share his find and let me take the credit (I may have made up that last part…).  Thinking Blocks lets students model and solve math word problems by using online virtual blocks to visualize the problems in new ways.  Thinking Blocks includes blocks to model addition and subtraction, multiplication and division, fractions, and ratios.  On the Modeling Tools tab, students will find modeling tool videos on addition and subtraction, multiplication and division, fractions, ratios, decimals and percents, and algebra.  These thinking blocks were developed by Colleen King as she worked to help her students in their Singapore Math program.  While the concept of modeling word problems with the blocks is most closely associated with Singapore Math curriculum, it can be used to support any math program and is especially helpful to use with visual learners.  Students can use virtual blocks to model known and unknown quantities.  By modeling in this way, students are better prepared for moving from arithmetic to algebraic thinking because they learn how to break complex problems into their simplest form.   The activities on the Thinking Block website includes guided and independent practice opportunities.  The tutorials can be used for guided instruction.  Videos show worked examples from each section (addition, multiplication, division, fractions and ratios.  Progress tracking is built-in (currently this is only per session but the site notes that sometime in September this should be included for multiple sessions).  The Modeling Tool lends itself to independent practice.  Students can choose from hundreds of built-in word problems or enter their own.  Dynamically generated models let students check their own work.  A full screen option is included for use on interactive whiteboards.

How to integrate Thinking Blocks into the classroom:  Thinking Blocks is a wonderful website for exploring and demonstrating understanding of word problems.  Visual students will be keen on the ability to visualize math in this way, using the virtual blocks to represent word problems.  Because Thinking Blocks addresses so many different math disciplines, it is a great way to differentiate instruction for students at a variety of levels.

Thinking Blocks can be used with the whole class using an interactive whiteboard or projector-connected computer.  Students can take turns working out word problems on the whiteboard while students at their seats work to arrive at a common solution.  Students at the board can “phone a friend” if they need a little extra help or guidance.

Thinking Blocks would make a fantastic center activity on classroom computers.  Students could visit the center to practice some word problems and record a reflection about how the blocks enabled them to visualize the problem differently.

Be sure to bookmark Thinking Blocks on school computers and let parents know to bookmark the site at home.  I suspect this site could be a life saver for MANY students (I would have been one of them!)

Tips: You can adjust the difficulty of each model by adjusting the numbers addressed before students begin an activity.

Please leave a comment and share how you are using Thinking Blocks in  your classroom!

Paper Toys: Architecture to print and build

Kelly Tenkely3 Comments on Paper Toys: Architecture to print and build3784 views

What it is:  At Anastasis Academy we have several kids who are absolutely crazy for architecture.  Not only can they emphatically tell you that they want to be an architect when they grow up, they collect architecture Lego models, will tell you how they wish they could go back in history to meet Frank Lloyd Wright and will build and draw models any chance they get.  These are elementary students!  Today when I came across these Paper Toy models of famous architecture, I knew I would have to share with our students and, while I was at it, would share with all of you who may have your own budding architects!

On Paper Toys you can find and print paper models for:

How to integrate Paper Toys Architecture Models into the classroom: In addition to instantly reaching hero status among your architecture crowd, the Paper Toys Architecture Models is a great addition to the math, history and art classroom.   Students can put the models together digging into the different architecture styles, mathematical models represented by the architecture, and the history of the architecture.  Students can print and build the models (a great exercise in patience, perseverance and attention to detail).  Next students can attach their finished model to a base where they can surround it with math, art or history details they learned about the building to the base.  If they really want to get creative, they can twirl and swirl the words around using different color markers to create an informative landscape.

Students can dig in further and map the various models on a Google map.  If several students are creating models, they can compare and contrast architecture from different time periods, different geographic regions and identify the origins of the type of architecture.

Tips:  Be sure to check out the other Paper Toy models. Your students can build cars, monuments and much more.  New models are added every month!

Please leave a comment and share how you are using Paper Toy Models in  your classroom!

Flake Pad: Create geometric, symmetrical shapes

Kelly Tenkely1 Comment on Flake Pad: Create geometric, symmetrical shapes16427 views

What it is:  Flake Pad is a very simple little website that lets students create geometric snowflakes using basic shapes and a grid.  To make their flake, students choose a shape and click a spot on the grid.  Students can add as many or as few shapes as they would like to their flake. When they are done the flake can be viewed off of the grid for a screen shot that can be included in other projects or it can be printed off.  I like Flake Pad because it gives students space to be creative and can be used to teach and practice symmetry.

How to integrate Flake Pad into the classroom:  Flake Pad is a great little site to help students understand symmetry.  Any time students click a space on the grid, the shape is added to multiple points on the grid.  Use Flake Pad on an interactive whiteboard or projector-connected computer where students can identify lines of symmetry on the flake that the whole class can see. With the pointer tool on Flake Pad, students can drag the shapes they have created to different points.  Have students in the audience describe what happens to the flake as the shapes are moved.  Do the lines of symmetry change?

Flake Pad can be used on classroom computers as a center activity.  Students can create their own flake, print the flake out and draw the various lines of symmetry with a ruler.

Use Flake Pad during a unit on weather.  Students can experiment with creating their own snow flake, print the flake out and use the print out to list characteristics of snow, or snow related vocabulary along any straight lines on their flake.

Tips: Flake Pad works from the Safari browser on an iPad….mostly. The line shape doesn’t work.  Students could still create their own flakes, print and add lines with a pencil…further practicing their understanding of symmetry!

Please leave a comment and share how you are using Flake Pad in  your classroom!

Learning Box Base 10 Blocks: Virtual math manipulative

Kelly Tenkely8 Comments on Learning Box Base 10 Blocks: Virtual math manipulative8765 views

What it is:  Today while I was doing a quick Google search for a place I could buy a set of base 10 blocks, I came across this AWESOME digital version by accident.  What a happy accident!  Learning Box has a virtual version of base 10 blocks that builds in a fun practice game.  Students are given a target number and drag base 10 blocks onto the paper to represent that number.  As students add blocks, a counter at the bottom of the page shows how many blocks are currently on the paper.  This is a great way for students to digitally practice place value, counting by hundreds, tens and ones.

The outcome of my shopping trip for base 10 blocks: the digital version is MUCH cheaper (read:free) than the physical version (not free).  While I understand the value of the physical blocks, the digital version is a fantastic alternative for classrooms without the budget for each student to have a set or for students to continue practice at home.

How to integrate Learning Box Base 10 into the classroom:  The Learning Box Base 10 blocks are a great example of a virtual manipulative.  They help students visually represent numbers and place value.  I like the way the slider and cups on the bottom of the page help track student progress as they drag blocks to the paper. When students get the target number, they don’t start with a blank slate, instead a new target number is given and students have to figure out which blocks to add or subtract. You can adjust the level of difficulty and place values practiced by clicking on the 1, 10, and 100 circle to the left of the paper.

Learning Box Base 10 would make a great center activity in the one or two computer classroom.  Students can use the digital manipulatives with the built in game or to help them represent real-world problems.

Start a whole-class game with the Learning Box Base 10 blocks using a projector-connected computer or interactive whiteboard.  Students can take turns at the board solving the problem and “phone a friend” if they need some additional support.

Tips: This Learning Box activity is flash based…I’m hoping that someone comes out with an app of manipulatives for the iPad (hint, hint).

Please leave a comment and share how you are using Learning Box Base 10 Blocks in  your classroom!

Make your own QR Code Scavenger Hunt!

Kelly Tenkely35 Comments on Make your own QR Code Scavenger Hunt!35983 views

Today was the first day of school.  Ever.  It was pretty epic.  Since the students didn’t know where things were located in the building yet, I thought we would have some fun locating them with a QR code scavenger hunt.  It was SO easy to do, I thought I would share the process here.

1.  First I made a new website where each page of the website contained a clue.  I made my site with Weebly.com because it is SO easy to use.  I made the entire site in under 10 minutes.

2. Next I used goo.gl URL shortener to shorten the URL of each webpage and generate a QR code.  Just copy and paste the long Weebly URL into the goo.gl shortener and voila. A short Googlefied (that is a technical term) URL.  Click on “Details” next to the shortened URL to view your QR code.  I just dragged and dropped these QR codes into a Pages document so that they were all in one place for easy printing/copying.

3.  Print out QR code sheet and make enough copies for each classroom.  Because we have a 10-1 student-teacher ratio, I made up 10 clues to find.  Each student was in charge of one clue.  I cut up the QR code sheet so that each student had a little QR code clue card.

4.  Set students out on their mission.  Each student takes a turn using the Scan app to uncover the clue.  They read the clue out loud to their group and brainstorm what the answer could be.  When they thought they had the answer, they went to that place and took a picture of it using the camera app.  For example, one of our clues was: “The Grub Hub”, students went down to the kitchen and took a picture.

5.  When all pictures have been collected, students gather and add up the points they won.

*Below is my example of the QR code and website they were connected to.

This was a really easy activity to prepare for from a teacher perspective.  The impact was huge with the students.  They had a great time with this!

We used this hunt as a way for students to familiarize themselves with the layout of the new school but it would also be a great activity for a math scavenger hunt “Find an item that represents three times four”, or colors in art “This is the color you get when you mix yellow and blue”, or literature “find an object that represents this character in our novel”.  The list could go on and on if you use your imagination!  The QR codes are so easy to generate, students could use these for almost anything!

Math Pickle: Put your students in a pickle encouraging genuine problem solving!

Kelly Tenkely8 Comments on Math Pickle: Put your students in a pickle encouraging genuine problem solving!11652 views

 

What it is:  Math Pickle is a FABULOUS site for mathematics inspiration that I learned about from @davidwees Reform Symposium session.  Math Pickle features mathematics videos for students in kindergarten through twelfth grade.  The videos feature real students engaging in inspiring math problems and puzzles.  The videos often speak to unsolved math problems throughout history that students work to solve.  In the unsolved problem, students must use developmental level appropriate math to work out the problem.  Math Pickle is the brain child of Dr. Gordon Hamilton who wants to abolish elementary mathematics as a subject and push the idea that problem solving is at the very heart of mathematics. The videos featured on Math Pickle do just that, put your students in a math “pickle”.  If you think about the purpose of mathematics, this makes perfect sense.  What we really want is students who are great problem solvers and can use mathematics to help solve those problems.

How to integrate Math Pickle into the classroom: Math Pickle is the most excellent mathematics inspiration I have come across.  It approaches mathematics from the standpoint of a problem solver instead of from the standpoint of a rules follower.  Already that shift in thinking makes my brain happy.  Brilliant.  Math Pickle has problems and videos for every grade kindergarten through twelfth.

Use these videos to pump some inspiration into the way you approach and teach math or show them to your students and encourage them to continue solving the problems.  Don’t forget to film your students working through their own math pickles!

The Inspired page of Math Pickle is a must see.  Students can take a look at what mathematicians do in real life.  They can also learn about the source of Math Pickle problems.

Tips: Be sure to check out Muse, news and reviews for additional ideas, puzzles and reviews of math products, puzzles and games for the classroom.

Please leave a comment and share how you are using Math Pickle in  your classroom!

27 days of professional development: Day 2 Multimedia and Interactivity in Mathematics

Kelly Tenkely3 Comments on 27 days of professional development: Day 2 Multimedia and Interactivity in Mathematics6143 views

To keep the Reform Symposium learning and inspiration going I decided to do a 27 days of professional development series.  Day 1 was my Keynote about how a blog post and a Twitter conversation started a school.  Today is Multimedia and Interactivity in Mathematics by David Wees.

In this session, David examined the role of multimedia and interactivity in mathematics education.  I love the way that David looked at how photography can make such an impact (particularly for visual learners) in the math classroom.   Capturing math in the world around us can help students view math differently.  Toward the end of the session I asked David if he had created a Flickr group for math photos…working on twisting his arm to start that one for all of us.  🙂

This was a fantastic session!!  During the session, David mentioned Math Pickle.  Math Pickle is such a great math website that I’m going to do a second review post just for it.

To view David’s session, click the link to the right: Multimedia and Interactivity in Mathematics*

*This link is to an Elluminate recording, it will ask to download the session to your computer and requires a Java plugin to run.  Well worth the effort to open it because you get to see everything (chat included) as it happened live!