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5 Ways To Use StumbleUpon In Education

Do you need another time-sucking website that will entertain, educate, and enhance your day-to-day life? Of course you do! Lucky for you, there’s StumbleUpon and it’s more than just another LOLCat-powered site. It’s actually useful for education! We’ve come up with a few handy ways to use the content discovery site to actually benefit teachers, students, and education administrators. 1) Stumble Your Way to a Lesson Plan: Using StumbleUpon is a great way to find new material to keep your curriculum fresh and interesting. 2) Follow Channels : Whatever your area of expertise, StumbleUpon has a channel for you. 3) Stumble for Show-and-Tell : With StumbleUpon, homework doesn’t have to be boring. 4) Connect With Your University : Everyone’s got a soft spot for their alma mater, and using StumbleUpon is a great way to keep in touch. 5) Use StumbleUpon for On-the-Go Inspiration: StumbleUpon has great apps for both iOS and Android, so take advantage of them! Do you use StumbleUpon?

The Leitner System Contents General Flashcard Information How Do I Create Flashcards on Cram.com? Using our site to create your very own flashcard sets is simple. Now you can enter your flashcards. Creating Flashcards Manually: Simply type in the text for the front of your card then fill in the back of the card. Once all your cards are inputted click the ‘Create Set’ button to save your set. Using Import Options to Create a Set: Need to create lots of cards quickly, create cards from a spread, or import cards from another site? Import Using Google Docs: Select ‘From Google Docs’ under Import Options. How Can I Edit My Flashcard Sets? Sign in to your account. How Can I Delete a Flashcard Set? Sign in to your account. If you mistakenly deleted your set you will have 30 seconds to undo it or you may contact Customer Support to restore your deleted sets. How Can I Delete an Individual Flashcard? Sign in to your account. How Do I Search For Flashcards? How Do I Type Special Characters? What does "read" do?

Numbaland! Classroom Architect PowerPoint Games Racing Games No preparation required, just have a sheet of vocabulary or review questions in your hand. Click a button on the screen and the car or horse moves one step closer to the finish line and victory. Download Car Race (Beach Rally) Download Horse Race | Instructions | Office 2007 Instructions | Video Tutorial | What is Louie Thinking (Pyramid Game Show) Similar to Pyramid Game. Download Guess Louie | Instructions | Office 2007 Instructions | Sample Game | Video Tutorial | March Mayhem - Basketball Great for the Basketball March Madness time of year. | View Video of Game | Purchase Game Now | Big Board Facts (Jeopardy Game Show) Similar to Jeopardy. Download Big Board Facts Download Big Board Facts with Answers Slide | Instructions | Office 2007 Instructions | Sample Game | Video Tutorial | Easter Bunny Road Race No preparation required, just have a sheet of vocabulary or review questions in your hand. Available from Premium Games Web Site. | Purchase Game Now! The Big Wheel Sunken Treasure

EasyDefine - Define multiple words quickly How to retain 90% of everything you learn Imagine if you had a bucket of water. And every time you attempted to fill the bucket, 90% of the water would leak out instantly. Every time, all you’d retain was a measly 10%. How many times would you keep filling the bucket? The answer is simple: just once. The first time you noticed the leak, you’d take action You’d either fix the bucket or you’d get another bucket, wouldn’t you? Yet that’s not at all the way we learn. That weird thing is that you’re wasting time. To summarize the numbers (which sometimes get cited differently) learners retain approximately: 90% of what they learn when they teach someone else/use immediately. 75% of what they learn when they practice what they learned. 50% of what they learn when engaged in a group discussion. 30% of what they learn when they see a demonstration. 20% of what they learn from audio-visual. 10% of what they learn when they’ve learned from reading. 5% of what they learn when they’ve learned from lecture. 5000bc now has a Waiting List.

How to Extract DNA from Anything Living First, you need to find something that contains DNA. Since DNA is the blueprint for life, everything living contains DNA. For this experiment, we like to use green split peas. But there are lots of other DNA sources too, such as: Spinach Chicken liver Strawberries Broccoli Certain sources of DNA should not be used, such as: Your family pet, Fido the dog Your little sister's big toe Bugs you caught in the yard Step 1: Blender Insanity! Put in a blender: 1/2 cup of split peas (100ml) 1/8 teaspoon table salt (less than 1ml) 1 cup cold water (200ml) Blend on high for 15 seconds. The blender separates the pea cells from each other, so you now have a really thin pea-cell soup. Step 2: Soapy Peas Pour your thin pea-cell soup through a strainer into another container (like a measuring cup). Add 2 tablespoons liquid detergent (about 30ml) and swirl to mix. Let the mixture sit for 5-10 minutes. Pour the mixture into test tubes or other small glass containers, each about 1/3 full. Why am I adding detergent?

Science vs. Religion: 50 Famous Academics on God by Maria Popova Decoding divinity, or what the great intellectuals of our time have to say about science and spirituality. The dialogue between science and religion is among humanity’s oldest and most controversial, drawing each era’s greatest thinkers into some of history’s most heated debates. We’ve previously looked at a BBC documentary on the complex relationship between the two and 7 essential books on the psychology of faith. I can’t believe the special stories that have been made up about our relationship to the universe at large, because they seem to be too simple, to connected, too local, too provincial. My favorite has to be Brian Cox, at around 18:30, who echoes my own belief that curiosity is more important than knowledge — an alternative route to intellectual inquiry that offers an antidote to the fundamental human discomfort with the unknown. The speakers, in order of appearance: 1. via @kirstinbutler Donating = Loving Brain Pickings has a free weekly newsletter.

Several Lessons to Be Learned from the Finnish School System The Internet has been abuzz since the release of “What Makes Finnish Kids So Smart?” by Ellen Gamerman of the Wall Street Journal. In essence, Finland teens are able to deliver the goods on international tests and now American educators have begun researching the Finnish system to see what tidbits they can glean. According to Gamerman, the differences between Finland and American education are enormous. High-school students rarely get more than a half-hour of homework a night in Finland. Furthermore, children don’t start school until they reach seven. In other words, Finland educates its children with a model that is virtually the anti-thesis of what we do in America. Different Schools and Different Kids However, though school is different, it should be noted that Finnish youth appear to be very similar to their American counterparts in their teenage behaviors. At the same time, it must be noted that Finland as a country is nothing like America. Photo of Finnish student by Ekurvine.

Theories of Learning - Learning: Theory and Research Behaviorist teaching methods have proven most successful in areas where there is a “correct” response or easily memorized material. Background View of Knowledge View of Learning View of Motivation Implications for Teaching Background Methodological behaviorism began as a reaction against the introspective psychology that dominated the late 19th and early 20th centuries. Introspective psychologists such as Wilhelm Wundt maintained that the study of consciousness was the primary object of psychology. The mentalistic problem can be avoided by going directly to the prior physical causes while bypassing intermediate feelings or states of mind. Radical behaviorists such as Skinner also made the ontological claim that facts about mental states are reducible to facts about behavioral dispositions. View of Knowledge Behaviorists such as Watson and Skinner construe knowledge as a repertoire of behaviors. View of Learning View of Motivation Implications for Teaching

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