403 ERROR The request could not be satisfied. If you believe that your own copyrighted content is on our Site without your permission, please follow the Copyright Infringement Notice Procedure. Use these three tips to get the conversation started. Walk into a classroom in the middle of a math talk and you’ll see the students gathered in a talking maths for kids, taking turns showing each other math strategies and questioning each other about the accuracy and efficiency of their solutions.
The students are sharing thoughts about a single high-quality math problem they worked on solving earlier in the period without teacher guidance. This opportunity to connect math and language benefits all the students and deepens their understanding of math concepts. The teacher listens as students converse about their problem-solving process. This gives her a view into the depth of understanding her students have, and alerts her to any misconceptions that should be addressed in later lessons. Get the best of Edutopia in your inbox each week. After the students exchange ideas, the teacher will ask them to summarize important takeaways about today’s math concepts and strategies.
Only then will she chime in with points she wants to emphasize. Here are three tips for guiding math talks. Requiring at least two strategies builds independence in verifying their own solutions and jump-starts students’ ideas for discussion. Their understanding develops at each stage of Think, Pair, Share. This is also a time when the teacher can gather important information from students, by circulating and hearing the thinking behind their problem-solving strategies. Think: Students take a quiet moment to ready themselves to describe their process in words. Pair: The teacher asks students to turn to a partner and take turns exchanging math strategies and observations.
Pair time holds all students accountable for participating, and it allows students a practice run for sharing with the whole group. During this time, students connect math and language. Light bulbs go off as kids verbalize their mathematical thinking. Students who hesitate to share out to the whole group are given a chance to process and participate. Share: The teacher asks students to share ideas with the whole group.
Many teachers are surprised at how drastically participation increases when students have first had a chance to think to themselves and then practice sharing with a partner. Student shares are more eloquent, and the listeners are alert, making comparisons to how they and their partner solved the problem. Kids need practice with the essential skill of communicating mathematical thinking, and there are several ways teachers can support them. Math tools: Pattern blocks, grid paper, and base 10 blocks are examples of math tools that provide entry points for solving challenging math problems. These hands-on tools also give students something to describe as they show how they solved a problem step by step.
Visuals: Teachers can spark a math discussion with a teacher-made visual, like the math talk discussion card for kindergarten and first grade above. Language support: During a math discussion, the teacher tries to talk as little as possible, setting an expectation that everyone is to be ready with a question or comment for the sharer. Sentence stems and vocabulary lists support students who struggle to put their thoughts into words and those who are learning English. I see that you used Math Practice _____ when you _____. I think it would be more efficient to _____.
I will use your strategy next time because _____. When I was stuck I _____. The most challenging part for me was _____. Teachers are often surprised at how well their students can question and support each other in describing a problem-solving process with some help from these language aids. Providing lots of time for talking about and showing math strategies for just one problem may sound scary given teachers’ limited teaching time, but the payoff from a math talk is great. Students are exposed to multiple ways to approach the same problem. They hear various explanations of math concepts.
As they listen, watch, and talk to each other, students begin to see patterns and make connections. George Lucas Educational Foundation in the U. Read this: Now that’s problem solving! A woman born with no arms is proving to children they can achieve whatever they want to – by teaching them with her feet. Mary Gannon, who works at a Lakewood, Ohio middle school, writes on the board, types on her computer and hands out worksheets with her toes. Ms Gannon, who teaches maths and science, grew up in a Mexican orphanage and was adopted by an Ohio family when she was seven. She joined the school last year as a substitute teacher and now tutors 6th, 7th and 8th graders full-time, driving to work in a car with the number plate: ‘Happy Feet.
Speaking to Fox 8, she said hopes her determination teaches the children a valuable life lesson. I’m doing what I wanted to do, what I love to do,’ she said. And if you set your mind to whatever you want to do and you love to do then – go for it – no one can stop you. She said she does not like being called handicapped or even different ‘because it has a negative bias’, she said. But ‘if it’s gonna inspire or help people for them to be or do better in their lives then I’m okay with that and I hope that people gain something from me,’ she said. The students said Ms Gannon had shown them that they could overcome their struggles.