Another super helpful blog post, thank you @GraceCoker27. Grace suggests that one way to use manipulatives is to support problem solving. Lovely @nrichmaths example included too!
💠“Manipulatives can be used in many ways to develop children’s mathematical understanding.”
@GraceCoker27, our maths specialist, shares five ways to use manipulates.
Read more: eef.li/kbNaF8
💡 “The research evidence tells us that manipulatives can be used to support pupils of all ages.”
@Gracecoker27, our maths specialist explores the use of manipulatives to boost pupils’ understanding in maths.
Read more: eef.li/Ty4Gyj
“By explicitly drawing attention to examples of collaborative working [..] we can help all children become collaborative mathematicians.”
Ems and Liz of @nrichmaths discuss ways that we can help learners to work collaboratively in a mathematical context.
eef.li/DCYtNv
🎄 By popular demand, @nrichmaths Advent calendars will return for #Christmas2023!
🎅We'll be releasing daily challenges for both primary (under 11s) and secondary (over 11s) ages.
🎁This year's theme is 'Maths at Home'
🎙️The NCETM Maths Podcast will be speaking to Professor Nathalie Sinclair & @AlfColes, authors of a fascinating new book 'I Can't Do Maths!', which explores some of the myths around teaching maths and maths anxiety
Ask our experts a question, by posting below 👇
Great stuff P7G! I wonder whether the patterns you spotted will carry on for ever? Why, or why not? If anyone else would like to have a go at this task, it's called Sticky Triangles: nrich.maths.org/88
P7G have been working on patterns and relationships in maths today. Groups used their problem-solving strategies to create tables for their results and spot the patterns involved in the triangles @nrichmaths#buildingthinkingclassrooms
Totality is a great game, glad you enjoyed it Year 2! If others would like to try it out, you can find it here: nrich.maths.org/1216 - it provides an opportunity for developing number and calculation fluency, combined with strategic thinking
Well done, 54 numbers is impressive! Can you tweak what you've done to get an even longer chain? If others would like to explore this @nrichmaths challenge, you can find The Factors and Multiples Game here: nrich.maths.org/factorsandmu…
Making the longest # chain where the next # in the chain is a multiple or factor of the previous number. You can only use the numbers 1-100 once in the chain. So far our longest one uses 54 numbers. How long can you go? #thinkingtasks#randomgroupwork@nrichmaths@jcityTNschools
#year6 use the ICT suite to play @nrichmaths The Remainders Game for @Nat_Numeracy day. They used strategies developed earlier in the week, to narrow down the possibilities and eventually "Guess the number". There were some really high scores in the end! @MathsRise@Rise_MAT
Not far from Brighton now, where I'll be working with ITT students. Looking forward to discussing how to nurture young mathematicians using @nrichmaths tasks
You're right, 5B, our Estimating Angles interactivity is really useful for getting a feel for angle sizes. If others would like to try it, you can find it here nrich.maths.org/1235
5B used @nrichmaths ‘Target Angle’ to help secure their understanding of angle sizes. Let’s hope this added knowledge alerts us if we read the wrong scale on the protractor 😉#higherlaney5maths
***Save the date***
Teachers, we'll be hosting a live problem-solving webinar for classes of 9-13 year-old students on Tuesday 16th May from 10-1045am BST - further details coming soon!!!
@FacultyMaths@CamEdFac@Cambridge_Uni