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Mathway is for students, parents, and teachers, and covers the following math subjects: Basic Math Pre-Algebra Algebra Linear Algebra Trigonometry Precalculus Calculus

Math Snacks are short animations and mini-games designed to help learners "get it". Each snack presents a mathematical concept, particularly those addressed in grades 6, 7 and 8. Ideal for use in a classroom or on your own, they can even be placed on mobile devices for "homework". The accompanying print materials can assist learners in applying their conceptual understanding to math problems

By KidsNumbers.com Do you have a need for speed? How fast can you complete all three laps of the Turbo Skid 500? Watch out for the glowing math orbs. You can hit orbs whose number is the answer to the math problem at the top of the screen. However, if you hit other orbs, your game will end.

"On a recent weekday morning, a six-year-old girl with brown pigtails stared at an iPad perched on the desk in front of her. As she studied the screen, she squinted her eyes, and her brow furrowed into a pair of delicate question marks. A minute ticked by. She was still perplexed. Then suddenly, the iPad emitted a soft, triumphant-sounding ping, and her face lit up. The girl had successfully solved a mathematical puzzle in the educational software program ST Math. At adjacent desks, her first-grade classmates at Jack L. Weaver Elementary School, in Los Alamitos, Calif., were grappling with their own ST Math challenges. The room was silent, with no hint that the morning recess was just 15 minutes away. "They could do this all day," the teacher, Kathi Ruziecki, whispered. "

"Last year I taught third-grade math in a whole new way. Combining elements from the wildly popular sandbox game Minecraft, I had students thinking visually and creatively about mathematical models and theories that went way beyond a typical third-grade curriculum, transforming math class into what I like to call Mathcraft. Why Minecraft? I could say I am using Minecraft for a number of reasons, like how I find Minecraft enhances metacognition by increasing students' memory storage capacity. The game itself creates a relatable enjoyable experience that can be internalized and shared in a community of learners. The limitations on the working memory are minimized because the gameplay itself is an extension of our visual sketchpad. Working with students they always say, "I can see it," and when they see it they share it."

"Technology offers a myriad of ways to learn, practice, and understand math. Math manipulatives, videos, games, interactive simulations, physical activities - all can help reinforce a deep conceptual understanding."

"Four years ago, I realized that I needed to take responsibility for the damage I had done to students who came into my room loving (or at least liking) school and left diminished in some ways. Those kids who loved math until my long-winded lectures about process left them confused and bitter. Those kids that loved to read until my strict book report guidelines and reading logs devoured their curiosity for great stories. I had to take responsibility for what I had done. There was no one else to blame. Just as important, I had to make sure that my future students would leave our classroom still loving school, with passionate curiosity, not afraid to try something new. How do we make children hate school so much? I now teach 5th grade, and by the time they reach me, certain subjects have already landed on their top 10 list of most dreadful things to do. Math tends to top the chart, but social studies usually is close behind, and some even hate reading (but may read many books outside of school). Most students confess a love of recess, art, music, and sometimes even science. PE is always a crowd favorite as well. But math and social studies, yikes. "

"You may have already heard about PhotoMath, the new iPhone app that lets you point it at a math problem on a textbook and then solves it while showing all the work involved. Some are immediately reacting by citing it's potential use in "cheating," while others cheer that it might force math teachers and textbook publishers to be more creative in how they teach math. In some ways, it may force them to do what some of us in other subjects have been looking at - creating unGoogleable questions. Here are some useful posts about the app, along with a video. "

"It's one thing for celebrity hijinks or cute animal stories to take off on social media. That happens all the time. It's not too often a math problem goes viral, especially when it doesn't involve a complaint about Common Core. Over the weekend, Singapore TV personality Kenneth Kong posted a logic problem on his Facebook page that was given to high school kids competing in a math olympiad."

"Are you bad at math? And if so, why? A lot of people say that they are bad at math and blame a lack of talent. This belief that we are born being good at certain things and bad at other things is called a fixed mindset. If you ascribe to this idea, then you see intelligence and ability as static. The opposite viewpoint, and one that researchers increasingly think is crucial to success, is the growth mindset. This theory asserts that we can improve at math - or anything else we put our mind to - with practice and determination. We might differ in natural aptitudes or inclinations, but all of us can grow. Not surprisingly, children with a growth mindset are more likely to tackle a challenge or try something new."

"I leaned over the shoulder of a student in the library. She was quietly working with headphones in, and completely focused. What caught my attention is that she would continually lift her phone up over the textbook, and then jot something down on the paper to her left. It was a motion and process that she repeated at least seven times before I headed over to see what was going on. As I got closer I could see that it was a math textbook, and her paper was filled with equations, problems, and steps. I thought to myself, that sure doesn't look like my math homework, which was always a mess of numbers and lines and eraser marks from messing up! What happened next caught me by surprise. Not because I couldn't believe it, but because it changed the way I viewed math forever."

"So many adults, including teachers, joke about not being able to do simple math or not being a "science person" that many students enter STEM classrooms with negative views. This creates a fixed mindset as students believe they need certain natural abilities to be successful in math and science. As educators, we need to create opportunities for students to overcome these deeply planted negative views. Using images or ideas from popular culture gives students an entry point to explore science-they're already experts, and they can use the confidence they have in that area to become more open to learning and experiencing how math and science are rooted in creativity and imagination."

"Focusing on these five qualities of thriving classrooms can help foster confident young mathematicians."

YouTube Channel Maths with Jacob with 400 plus Math videos

" Having kids create social media profiles forced them to get in the minds of the historical figure. They had to think and post like they were them, and it forced them to go deeper than just telling me about the person. I think that's easily what makes history more than just stories.     You could get really creative with it though if you teach science and math. ELA is easy because stories are built in. Just have them be a literary character. In math, what if they treated a math concept like they were a person? You could do a social media account for the subtraction monster. I have also seen science teachers do similar things such as making certain minerals characters that they could post as.      The key is having ways to fake it. You don't necessarily want kids on the real platform because of all the problems that it could create, so you want to have tools to fake it, and that's what this post does."

"As you may remember from your own (in)glorious youth, most university students are required to take a statistics course even if they hate math and aren't in a particularly numbers-heavy major. Ellen Peters, a professor of psychology at Ohio State University, heard this was driving a lot undergrads on her campus crazy. "A lot of the students are really threatened by it. They're kind of afraid of it, they dread taking it," she says. "If they do dread it, they can end up in a cycle of failure." Curious to see if she could make a positive change among math-phobic Buckeyes, Peters created an intervention that tested whether or not value affirmation could improve student's comfort and ability with numbers, otherwise known as numerical literacy or numeracy. The results, which were published Wednesday in the journal PLOS ONE, indicate that confidence and core values have a lot to do with learning the numbers."

"There's an old saying that the things that change your life are the books you read, the places you go, and the people you meet. But I'd like to add a fourth: the challenges you face (and how you face them) will always change your life. If we want our students to respond to challenges with creativity and inventiveness, we must create the conditions in which innovation is not only possible but encouraged. You don't help students learn to invent by giving worksheets or cookie-cutter assignments. In fact, these one-size-fits-all approaches may actually take up the time that could be used for such creativity. Get the best of Edutopia in your inbox each week. According to the Torrance Test-which measures CQ, or creativity quotient-the United States has been declining in creativity since 1990. There has to be a reason. Perhaps it is because we focus on students' weaknesses instead of their strengths. In many schools, we'll put a math genius who struggles with grammar into extra English classes. Should we not give this math genius access to college-level advanced math work, and figure out the basic English requirements he or she needs for a basic understanding of grammar? Why do we think that all students should be good at everything? We can either be average at everything or exceptional at something. With this in mind, here are some things we need to do to encourage student inventors as we nurture student passions, interests, and strengths."

"Barbara Oakley's professional biography does not suggest that she was once a struggling math and science student: She is an engineering professor, author of A Mind For Numbers: How to Excel at Math and Science and Mindshift: Break Through Obstacles to Learning and Discover Your Hidden Potential (which is not affiliated with this MindShift). Oakley co-created Coursera's most popular course, "Learning How to Learn," with Terrence Sejnowski, which has enrolled nearly 2 million students.  But Oakley is a self-described "former math flunky" who "retooled" her brain - and who has since made it her life's work to help others learn how to learn by explaining some key principles from modern neuroscience. "

"My favorite math lesson ever is based on a little tool called The Sieve of Eratosthenes. (Pronounced: Siv of Air-a-tos-thin-ease). It's rare that a single math lesson can be used again and again, with students of different ages, while still having an impact. Either it's too challenging for young students, or it's boring for older students. And your students will definitely let you know when you teach them a lesson they learned the year before. But here's why I think the Sieve of Eratosthenes is different. In some ways, it's just a glorified hundreds chart. But once you and your students start seeing the patterns in this hundreds chart, it gets really interesting. No matter how many patterns you find, there's always another layer to be uncovered."