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Find out more about White Rose Maths CPD | White Rose Maths

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Our on-demand CPD package makes our research-informed training available to school teams in an instant. View our Maths resources from White Rose Maths.

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https://www.primarytreasurechest.com/teachingresources/minibeasts-a4-ladybird-themed-flik-flak.html

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Click Image to Enlarge

Flik-flaks are a versatile resource that can be used for daily practice of counting and remembered facts.

In small group situations, each child can have a flik-flak and respond to "show me...." questions. In whole class sessions, the adult can use the flik-flak as a focus for practising number bonds and calculation skills.

Use the flik-flaks to practise:

-Counting

-Subitising

-Number bonds within 10

-Multiplication tables (2 eyes, 6 legs, 7 spots)

-Using mathematical language

-Developing reasoning skills

Print this ladybird themed flik-flak onto paper, laminate and fold along the black lines. Now you're ready to go!

For more information on using flik - flaks please follow Lynwen Barnsley, Numeracy Consultant and creator of Digit Dog Maths Challenges

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A4 Ladybird Themed Flik-flak - Primary Treasure Chest

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This ladybird themed flik-flak is ideal for teaching; counting, subitising, number bonds within 10, multiplication, mathematical language and developing reasoning skills.

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https://www.youtube.com/watch?v=wdihNGzlrZQ

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https://www.youtube.com/watch?v=IXGcy6PFqEM

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Place Value Counters - Multiply and divide

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https://www.youtube.com/watch?v=d6lbb5yDGkI

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https://www.google.com/search?q=how+to+use+numicon+across+maths+curriculum&client=safari&rls=en&biw=1440&bih=820&tbm=vid&sxsrf=APwXEdeOZoxtzAPlBe1e2aGgyZyJE_uC_w%3A1687954837719&ei=lSWcZMjGK9aD8gKkr6igCQ&ved=0ahUKEwiI5f7j-eX_AhXWgVwKHaQXCpQQ4dUDCAw&uact=5&oq=how+to+use+numicon+across+maths+curriculum&gs_lcp=Cg1nd3Mtd2l6LXZpZGVvEAMyBQgAEKIEMgUIABCiBDIICAAQiQUQogQ6BAgjECc6CAgAEIoFEJECOgsIABCABBCxAxCDAToICAAQgAQQsQM6BQgAEIAEOgcIABCKBRBDOgsIABCKBRCxAxCDAToKCAAQgAQQFBCHAjoHCAAQgAQQCjoGCAAQFhAeOggIABCKBRCGAzoFCCEQoAE6BAghEBU6BwghEKABEApQAFjWQGC7QmgCcAB4AIABfYgB9BqSAQQ0Mi4ymAEAoAEBwAEB&sclient=gws-wiz-video#fpstate=ive&vld=cid:4ae39640,vid:Ob1XW_1H4_I

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how to use numicon across maths curriculum - Google Search

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https://www.structural-learning.com/post/what-is-numicon-and-does-it-work

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If you are a primary teacher the chances are that somewhere in your school there are some Numicon teaching resources. For those new to teaching, we are going to give you a bit of background into this mathematical teaching resource. We'll go through a bit of the theory before digging deeper into the practical applications of this multi-sensory approach. In recent years, there has been a growing evidence base in the field of embodied cognition. This fascinating area of research is concerned with the idea that children don't just think all alone in their head. The mind is connected to a complicated nervous system that has all sorts of sensory input. Using our hands, eyes and voices enables children to use rich learning experiences. It's these types of sensory activities that help make abstract concepts more concrete. Along with other effective teaching tools such as dienes blocks, these types of visual teaching strategies enable primary school children to access what are sometimes quite abstract maths concepts.

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What is Numicon?

Numicon is regarded as a leading approach to teaching maths in primary classrooms. Developed by the Oxford University Press, Numicon shapes are a prevalent and valuable tool used by teachers worldwide to help children develop their maths and numeracy skills (Forder, 2016).

Being a physical resource, each Numicon shape offers an image of how a number looks like. Students start to see the connection between numbers, with each piece containing one hole more than the previous one. It complements children's strong sense of pattern and allows them to understand how each number has a connection with other numbers. This approach has been shown to enable KS1 and KS2 children to develop mathematical concepts.

Why are Multi-Sensory Approaches critical in maths teaching?

Multisensory activities are essential because these activities involve whole-brain learning. Multisensory techniques mostly include concrete objects and visual teaching strategies. These include methods such as popsicle sticks, unifix cubes, chips and beans. They are especially helpful in teaching particular math concepts/skills as students can both feel and see the characteristics of concrete objects they are using. We talked about the idea of extended cognition in a previous post. This is the idea that children think not only with just their heads but their hands and body too.

Being able to hold a physical representation of something helps children to understand an abstract concept. We use this same idea with Writers Block. These building resources have been shown to make a learning activity more engaging and less theoretical. As children build and make connections with a concrete object, they grasp more difficult concepts. These teaching materials act as a concrete-pictorial-abstract approach that enables children to develop their problem-solving skills.

Other mathematical manipulative tools for the classroom and home

Base 10 apparatus

Clocks

Counters

Cuisenaire rods

Dominoes

Interlocking cubes

Tangram

Measuring equipment

What are the positive impacts of Numicon on children's learning?

Numicon Shapes are created to support children to communicate mathematically and sets a solid foundation for future curriculum links. Numicon maths helps learners to reason mathematically, by talking alongside pictorial and concrete representations to elaborate and justify their ideas. This strategy of learning and teaching is called the CPA or Concrete-Pictorial-Abstract teaching.

The proven Concrete - Pictorial - Abstract approach builds a child's knowledge about numbers by introducing numbers in written format in a tangible and concrete way, supporting instructions for a Mastery approach. Hence, a child can make significant connections between numbers and the values these numbers represent from an early age using Numicon. By doing so, Numicon can give a solid foundation that allows children to learn maths with conviction all through their academic years.

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Physical resources such as multicolour Numicon Shapes are an integral part of Numicon. There are holes in the Numicon Shapes that show the numbers 1 to 10. When these are placed in a sequence, as shown in the picture below, learners can easily find connections between numbers, such as 'one less' or 'one more.

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Numicon Activities for KS1 Children

Numicon in key stage 1 provides a most useful way to teach math to children studying in KS1 (Lowndes, 2014).

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1. Numicon number bonds to 10

Children in key stage 1 can explore several ways to add numbers to make 10 with the most effective Activity Sheet for 'Making 10 Using Numicon Shapes'. They must get the concrete Numicon Shapes or the printable and handy Numicon Shape Cut-Outs. Students use Numicon Shapes for finding the missing number and complete a mathematical statement with the answer 10.

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2. Using a Numicon number line

Teachers can display a number line to 20 in a learning space or classroom. Number lines provide a remarkable visual representation of a variety of numbers placed in a horizontal line. These are served as a great resource to help younger pupils with basic calculation skills such as counting and place value. Number lines are available in the form of worksheets, flashcards and display posters.

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Numicon Activities for KS2 Children

Numicon in Key Stage 2 includes a Mastery Manipulatives Table Pack which contains 1-100cm Number Rod Track, Number Rods - Small Set, 10 Numicon Ten Shapes, Box of 80 Numicon Shapes, Double-sided Baseboard Laminates (pack of 3) and Extra Numicon 1-shapes. This kit holds necessary manipulatives to help mastery teaching. One pack can be used for a group of six children working with each other. Numicon in Key Stage 2 allows children to reason, and represent and explore maths ideas in multiple ways using imagery and concrete objects (Scerri, 2015).

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Using a Numicon home kit

Numicon at home can help children to better understand maths, both prior to starting primary school and when they are at school. Numicon at home kits provide family-friendly resources and activities that are created to help children understand the relationship between numbers.

Numicon resources at home provide a perfect way to understand the basic concepts of maths children will be studying in the classroom. Through the mathematical language and multi-sensory activities of Numicon, children will begin to develop the skills and understanding that will increase their knowledge about numbers.

An at Home Kit is created for the parents to support children to do maths using a sequence of easy to play and fun activities to encourage learning about basic concepts of maths. At home kit is not suggested to be used for children under 36 months.

Numicon set holds 1x Numicon Baseboard, 3x Numicon Threading Laces, 1x Zig Zag Book Number Line, 1x Numicon Feely Bag, 52x Numicon Coloured Pegs, 1x Numicon 0-10 Numeral Cards, 1x Numicon Baseboard Picture Overlays, 1x First Steps with Numicon at Home Activity Book and 32x Numicon shapes.

Top tips for using numicon in your classroom

Using Numicon in your classroom is an excellent way to engage pupils in mathematics and to keep their learning on track. It provides a fun and interactive way to teach math concepts such as fractions, decimals, percentages, ratios, and proportions.
Here are five tips for using Numicon in your classroom:
1. Use it to reinforce what students have learned about numbers.

Numicon is a great tool for reinforcing math concepts. Students can use Numicon to practice addition and subtraction problems. They can also use Numicon to practice multiplication and division problems.

For example, students can use Numicon to add up the number of pieces in each row and then multiply the total to find out how much money they would receive if they sold all the blocks.

Students can also use Numicon for practicing division problems. For example, they can divide the number of blocks in each row by the number of rows to determine how many blocks they would receive if they were paid £10 per block.

Numicon is an excellent tool for introducing new concepts. Students can use it to learn about negative numbers, exponents, and logarithms.

For example, they can use Numicon to solve word problems involving negative numbers, exponents and logs. They can also use it to practice these concepts in their own words.
3. Use it to review old concepts.
Numicon can also be used to review old concepts. Students can use this tool to practice basic math skills, such as adding and subtracting fractions and decimals. They can also use Numicon as a memory aid. For example, they could use Numicon to practice multiplying and dividing fractions.
4. Use it to play games.
Using Numicon to play games can be a lot of fun. Students can use Numicons to practice counting cards, matching shapes, and identifying patterns. They can also play games such as "Simon Says" and "I Spy."
5. Use it to create projects.
Using Numicon can also be a great way to create projects. Students can use Numicon to design projects, including posters, calendars, and graphs. This is a great way to connect math to real-world applications. The possibilities are endless when you use Numicon in your classroom.
6. Create your own game.
Creating your own game is another option for using Numicon in the classroom. This is a great way to encourage creativity and problem solving. Pupils can use Numicon to create games that involve math concepts. They can also use this tool to create games that involve strategy and teamwork.

For example, teams could compete against one another to see who can complete the most puzzles.
7. Share your creations with others.
Sharing your creations with others is another great way to use Numicon in the classroom to promote student creativity. Students can share their creations with teachers, classmates, parents, and siblings.They can also post their creations on social media sites such as Facebook and Twitter.
8. Make it part of your curriculum.
Making Numicon part of your curriculum is another way to use this tool in the classroom. Teachers can incorporate Numicon into lessons at different times during the year. For example, teachers can use Numicon to reinforce math concepts during independent study time. Or, teachers can use Numicon as a reward for good behavior.
9. Include it in your lesson plans.
Including Numicon in your lesson plans it's a solid way to make sure that your staff use multi-sensory activities that have an impact on children's learning outcomes.

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What about Numicon 7?

Teachers can help children calculating and counting with the Numicon 7 shape. It can be combined with other Numicon number illustrations for activities, posters and much more.

Ten-shape pattern

Through Numicon ten-shape pattern, children can explore a number of different ways to add numbers to make ten. Children can use printable Numicon Shape Cut-Outs or concrete Numicon Shapes. Numicon ten-shape pattern is also useful for place value activities.

Six-shape pattern

Numicon six-shape pattern has holes in it that can be broken apart or joined together to demonstrate shapes or numbers. Teachers can use numicon 6 illustrations in their classroom using software, and they can create their unique classroom resources. To support children's learning, numicon 6 can be used in the form of prompt cards, posters, worksheets and illustration.

Shapes

Numicon shapes are a tested and approved teaching tool used by teachers all across the world. Numicon shapes work by supporting children in creating a long term understanding of the connection of numbers with the physical quantity that various numbers represent. For instance, when children see Numicon Shapes in order, they can easily know that '6' is double '3' and '5' is one more than '4', and so on. Considering numbers as tangible and concrete objects can make it easier for the children to understand important concepts, such as addition, subtraction, number order, and place value (Atkinson, 2015).

Numicon at home can help children to better understand maths, both prior to starting primary school and when they are at school. Numicon at home kits provide family-friendly resources and activities that are created to help children understand the relationship between numbers.

Numicon resources at home provide a perfect way to understand the basic concepts of maths children will be studying in the classroom. Through the mathematical language and multi-sensory activities of Numicon, children will begin to develop the skills and understanding that will increase their knowledge about numbers.

Guide for parents

Numicon is an effective way to teach maths that helps children to see the relationship between numbers. As a creation of Oxford University Press, Numicon helps children as they are taught early maths skills in primary school and nursery. It involves a multi-sensory approach to learn. Hence, children can learn by both feeling and seeing (extended cognition).

Physical resources such as the multicolour Numicon Shapes are an integral part of Numicon. The holes in the Numicon Shapes represent the numbers from 1 to 10. When these are arranged in a sequence, as shown in the picture below, children can easily view the relationship between numbers, such as 'one less' or 'one more.' There are numerous ways parents can guide their children to learn maths with Numicon at home. If a child's school is using Numicon, they can arrange workshops to guide parents on how to use Numicon to teach maths at home. Parents can also ask their child's teacher if they have any queries.

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You can find out more about Writers Block and other concrete learning concepts on the Structural Learning Maths page.

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An alternative to Numicon?

The block building approach we have been developing has been helping children develop number concepts in primary schools across England. We know that using structured imagery using these plastic shapes significantly boosts maths skills. Our early user group begun by identifying the different maths concepts the blocks could be used to model. It became apparent very quickly that the colours were enabling children to develop a sense of pattern. The game like quality of using the blocks transformed what were quite challenging educational activities into fun child-led tasks. Primary school children can use the coloured shapes for a range of different activities including:

1) Repeating patterns

2) Ratios

3) Developing mutliplication vocabulary

4) Fractions

5) Rounding numbers

6) Place value

7) Number towers

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Brick like shapes for developing mathematical skills

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References

Atkinson, R. (2015). The Numicon Intervention Programme. Oxford University Press.

Forder, K. (2016). A study to evaluate the impact of a Numicon-based intervention on the numeracy attainment and attitude towards numeracy of children in lower Key Stage 2 identified as experiencing difficulties in mathematics (Doctoral dissertation, University of Nottingham).

Lowndes, S., D'Angelo, S., Jeffrey, A., & Gibbs, E. (2014). Numicon Geometry, Measurement and Statistics: Explorer Progress Book. Oxford University Press.

Scerri, D. (2015). The use of Numicon® as a resource for learning addition and subtraction in early childhood education (Bachelor's thesis, University of Malta).

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No time to read? FAQ for busy teachers

What is the Numicon shape?

Children can visualize numbers by looking at Numicon shapes.

What are the benefits of using Numicon?

When children manipulate something physical, not just paper and pencil, they gain confidence and a better understanding, which leads to higher achievement: over 90% of teachers agree that Numicon has a positive effect on students' learning.

What are the benefits in EYFS?

In Reception, children may use the pieces to help them develop an understanding of shape.

What can children do with Numicon?

Using Numicon boards, children can create different shapes and patterns. As they become more familiar with the pieces, they'll start to call them by their number name.

What are the concepts of Numicon?

Children can also learn geometric concepts, symmetry, and sharing through Numicon: the pieces are all weighted the same way, such that a 10-piece weighs the same as two five-pieces, or a six- and four-piece combination.

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If you are a primary teacher the chances are that somewhere in your school there are some Numicon teaching resources. For those new to teaching, we are going to give you a bit of background into this mathematical teaching resource. We'll go through a bit of the theory before digging deeper into the practical applications of this multi-sensory approach.

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Numicon: Matching the shapes | Oxford Owl

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EYFS: How to teach a child to count using Numicon

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KS2 - how to subtract using Dienes cubes

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how to use dienes in classroom - Google Search

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using dienes to teach maths - Google Search

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Dienes are wooden or plasticcubes, rods and flats used to support children basic maths. Dienes are used by students when learning mathematical concepts such as…

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how to use dienes in classroom - Google Search

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http://mathsmaterials.com/pattern-blocks/

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Pattern Blocks appear to have been a part of a range of materials to come out of the Elementary Science Study in the late 1950s in The United States of America. Pattern Blocks are much more than simply a set of coloured blocks.

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Pattern blocks are ideal for so many geometry lessons. All you need is a ruler and a handful of patterns blocks. In pairs, students create a pattern on one side of the ruler. Once time is up, students swap over and complete their partner's pattern.

Mar 14, 2022 · Build new skills in symmetry, patterning, fractions, and more math essentials through hands-on ...
Duration: 0:31
Posted: Mar 14, 2022

Dec 28, 2020 · A short video on some activities to do with Pattern Blocks. Pattern Blocks are one of the ...
Duration: 4:55
Posted: Dec 28, 2020

Pattern Blocks manipulatives

Washington DC (Hagerstown MD), Virginia

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how to use pattern blocks in classroom - Google Search

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Please click here if you are not redirected within a few seconds. Pattern blocks are ideal for so many geometry lessons. All you need is a ruler and a handful of patterns blocks. In pairs, students create a pattern on one side of the ruler.

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https://www.google.com/search?client=safari&rls=en&q=how+to+use+pattern+blocks+in+classroom&ie=UTF-8&oe=UTF-8#fpstate=ive&vld=cid:94be850f,vid:pncqp9wB7h4

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Please click here if you are not redirected within a few seconds.

Pattern blocks are ideal for so many geometry lessons. All you need is a ruler and a handful of patterns blocks. In pairs, students create a pattern on one side of the ruler. Once time is up, students swap over and complete their partner's pattern.

Mar 14, 2022 · Build new skills in symmetry, patterning, fractions, and more math essentials through hands-on ...
Duration: 0:31
Posted: Mar 14, 2022

Dec 28, 2020 · A short video on some activities to do with Pattern Blocks. Pattern Blocks are one of the ...
Duration: 4:55
Posted: Dec 28, 2020

Pattern Blocks manipulatives

Washington DC (Hagerstown MD), Virginia

From your IP address - Learn more

# data[].attributes.attachment_link.title
how to use pattern blocks in classroom - Google Search

# data[].attributes.attachment_link.description
Please click here if you are not redirected within a few seconds. Pattern blocks are ideal for so many geometry lessons. All you need is a ruler and a handful of patterns blocks. In pairs, students create a pattern on one side of the ruler.

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https://www.google.com/search?q=how+to+use+rekenrek&source=lmns&tbm=vid&bih=820&biw=1440&client=safari&hl=en&sa=X&ved=2ahUKEwja9aTd9uX_AhXjnCcCHZM1DvUQ_AUoAXoECAEQAQ#fpstate=ive&vld=cid:52b9e356,vid:x-WDvU61JOE

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This video provides an overview of rekenreks, a math tool that can be used for representing numbers, subitzing, conservation of numbers,…

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https://www.youtube.com/watch?v=DQ-E16wyeTg

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https://www.youtube.com/watch?v=eLTIJW5Ezyk

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How to use Cuisenaire Rods - ETA hand2mind

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https://www.youtube.com/watch?v=d1jQDONmSIA

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https://www.carriecutler.com/post/21-ways-to-use-cuisenaire-rods

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They are still THE place to buy Cuisenaire Rods. They sell them in all sorts of sets: magnetic, foam, plastic, clings, jumbo and more. Check it out!

First, a little history lesson about the origins of this cool classic. (If you want a long history lesson, readthisarticle by Belgian professor Dirk De Bock who's an expert on Cuisenaire. Fascinating stuff!)

Georges Cuisenaire (pronouned Kwee-zen-air) was a Belgian teacher who started his career during World War I and in the 1940s founded his own school. Legend holds that he invented his rods after noticing his students were super engaged during music class where they could do something with their hands but were bored stiff in math class where they just listened passively and filled out worksheets. "Hey," he thought. "We can make math engaging and improve kids' understanding at the same time. What we need are tools to make it hands-on!" Okay, he probably didn't say it quite like that-it was probably in French, but you get the idea.

Here is Georges pondering how to make math more about sense making and less about filling in answers to memorized or rote procedures.

He wanted to find a tool that: "Creates visual, muscular, and tactile images that are clear, precise and sustainable" (Cuisenaire, 1952, p. 17).

Georges set to work creating strips of cardboard in ten lengths, each rod one unit longer than the previous . He colored the rods in families, thinking this would help kids become familiar with the numbers and how they related to each other.

The red family (red, purple and brown, representing 2, 4 and 8 respectively).

The green-blue family (light green, dark green and blue, representing 3, 6 and 9 respectively)

The yellow family (yellow and orange, representing 5 and 10 respectively).

The rods representing 1 and 7 were painted in white and black respectively.

What do you notice about the color families and how the numbers in the families relate to one another?

Georges implemented the rods in his own school, and the kids and teachers loved 'em. Soon schools all over Belgium were scrambling to get their hands on the rods, now in wooden form, and a little how-to book called Les Nombres En Couleurs: Nouveau Procédé de Calcul Active Applicable à Tous Les Degrés de L'école Primaire. In English that's Numbers in Color: New Active Calculation Procedure Applicable at All Levels of Primary School.

It was like Teacher Pay Teacher only it wasn't just worksheets and coloring pages, it was a tool for making sense of math. And a teacher invented it!

How to Introduce Cuisenaire Rods through Inquiry

Pass out the rods and say nothing. Give kids time for free play, using the rods like any other open material. After about 10 minutes, do a Notice and Wonder inquiry discussion where groups use sticky notes to add their observations and questions to charts like these:

Give kids time to explore with rods and centimeter graph paper to find proportional relationships between rods. After lots of exploration, make a list together.

You may want to set up a shorthand system for labeling rods. Hand2Mind suggests:

W for white R for red G for green P for purple Y for yellow K for black N for brown E for blue O for Orange D for dark green

Now you're ready to start using Cuisenaire Rods as a manipulative for lots of different learning objectives and math concepts. Here are a few I've tried and found successful.

3. Square Numbers: Discover square numbers using rods.

O ÷ R or 10 ÷2 = 5. Have students make up division problems for one another. What patterns do you notice?

Pose the following problems:

Students can make up their own division sentences and record their answers on a sheet of paper. Have them make up division sentences and share with a friend.

6. Equivalence: Find all the combinations of one-color trains to match the rods. For example: What single color of rod (besides white) could you use to equal 2P? 4R? 8W? Is there a rod that works for all three trains?

12. Area: Make and record the following shapes with an area of 24 on graph paper:

What do you notice about the rectangles? What patterns can you see?

13. Coordinate System: Use rods to create a design or picture on a grid. For older students, have the creator of the design record the coordinate pairs for the lower left-hand position of each rod. For example, white (1, -1). This could serve as a sort of map for the design. Photograph finished art projects for inclusion in a math portfolio or on a bulletin board.

Make Golden Rectangles by following these steps:

Next, add two red rods.

Next, add three light green rods.

Can you see a pattern in rods and numbers? The pattern is 1, 1, 1+1=2, 1+2=3, 2+3=5. The next group of rods to add are five yellow rods + three green rods. The number of rods to add equals their value in centimeters (5 yellow rods because yellow equals 5 cm.)

What comes next? The answer is 8 brown rods from 3+5=8.

Find the next step in the pattern.

If you can't tell, I am in love with Cuisenaire Rods.

Georges Cuisenaire died in 1976, just a few years after I was born. Someday, I'd like to shake his hand and tell him thanks for being proactive in solving a problem in his own school-for recognizing that using manipulatives like his rods "Make calculation sensory, attractive, lively and saves time, while simplifying the task of the teacher" (Cuisenaire, 1952, p. 18).

Let me know what you think of these ideas, add your own suggestions in the comment section, or send me a Tweet . I'd love to hear how parents and math teachers are using Cuisenaire rods in your classroom. Whether you're exploring number relationships, or operations--in a or whole group-- hands-on learning builds math-positive mindsets.

If you like these ideas, hit subscribe. And find many more tips in my book Math-Positive Mindsets: Growing a Child's Mind without Losing Yours

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Here are 21 activities for Cuisenaire Rods, the set of 10 colored rods with each rod 1 unit longer than the previouos one. Learn measurement, multiplication & division, fractions, and more with the handy manipulatives. Full instructions, photos, and video examples.

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https://www.youtube.com/watch?v=sqRmidn9i7c&list=PLB5TN0ac12P9B2h4v28CTVm3UQ0-uoOJ4&index=5

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EYFS: Basic addition and subtraction with Numicon