This learning path, suitable for Junior and Senior Infants, supports the exploration of mathematics through a series of challenges, tasks and activities.
7 resources in this Learning Path
Using maths problem pictures or posters is an excellent way to help learners to develop their “Maths Eyes”. Maths pictures are snapshots of familiar things that capture some aspect of mathematics.
View full descriptionStrand: Number
Suggestions for use: • What do you see in this picture?
• Does anyone know any story they could tell about a gingerbread man?
• What do you need to make gingerbread men?
• Who thinks gingerbread men are good to eat?
• Which ingredients are good/not good for people to eat?
• Which part of the gingerbread man would you eat first?
• What are the gingerbread man’s eyes made of?
• What are his feet made of?
• Are there other things you could have made the feet with?
• How many legs/eyes/arms/buttons does each gingerbread man have?
• How many gingerbread men are in the first row?
• How many gingerbread men in the poster altogether? How did you work this out?
• What colour are the eyes of the gingerbread men?
• What colour buttons can you see?
• How many smarties were needed to give the two buttons to each gingerbread man?
• Can you think of questions about the picture to ask other groups (question starters could include: How many…, how many more…which colour etc.)?
Using maths problem pictures or posters is an excellent way to help learners to develop their
“Maths Eyes”. Maths pictures are snapshots of familiar things that capture some aspect of
mathematics.
Strand: Early Maths Activities
Suggestions for use: • What do you see in this picture?
• Does anyone know any story they could tell about what they see?
• How many different colours can you see?
• What colours do you see?
• What does this colour combination remind you
of e.g. County colour?
• What shapes do you see?
• What is that shape called?
• How many blue blocks?
• How many red blocks?
• How many yellow blocks?
• What shape do the yellow and blue blocks joined together make?
• If you added more squares, what would you add to keep the pattern?
• Where would you put any new squares you might add to the picture?
• What game could you play using these shapes?
• What does this picture remind you of?
• How would the picture have to change to play hopscotch?
• What way would you number the squares to play hopscotch?
• How do you play this game?
• How many hops do you need to get to the top?
• If I was on the first blue square how many steps would I take to get to........?
• If you hop up to the top and back again – how many hops altogether?
• Can you find a line of symmetry in this picture?
• Trace the steps you would take on your own hopscotch diagram.
• Why do the shapes at the top of the picture appear narrower than the bottom?
• Can you think up a maths problem based on this picture for the other groups?
Using maths problem pictures or posters is an excellent way to help learners to develop their
“Maths Eyes”. Maths pictures are snapshots of familiar things that capture some aspect of mathematics.
Strand: Early Maths Activities
Suggestions for use: • What does this picture remind you of?
• Can anyone make up a story about what this picture shows?
• Where might you find this kind of pattern?
• Put on “Maths Eyes”, what do you see now?
• What shapes can you see?
• What is the smallest shape in the picture?
• Can you find a shape that is just one colour only?
• Can you see shapes with more than 2 colours?
• What squares can you see made up of different colours?
• Where else might you find this shape?
• Choose a square and describe the pattern.
• What pattern is in the squares?
• Can you use maths words to describe what you see? (Teacher or tutor could record all the maths worlds words used)
Suggested Related activities
• Replicate the pattern using different colours.
• Describe the pattern in the white and red square.
• How many different size white triangles can you see?
• Give a group a logic block to make the pattern.
• Investigate what shapes match together.
• Could a circle shape fit in the pattern?
Using maths problem pictures or posters is an excellent way to help learners to develop their
“Maths Eyes”. Maths pictures are snapshots of familiar things that capture some aspect of
mathematics.
Winning entry 2 in 2014
Strand: Early Maths Activities
Suggestions for use: • What can you see in the picture?
• How are they the same?
• Why do they belong together?
• How are they different?
• Why does this one not belong?
• What colours can you see?
• What size are the letters?
• Can you sort your set a different way?
Using maths problem pictures or posters is an excellent way to help learners to develop their
“Maths Eyes”. Maths pictures are snapshots of familiar things that capture some aspect of mathematics.
Winner 22 2014
Suggestions for use: • What do you see in the picture?
• How many circles do you see?
• What different colours do you see?
• How could you sort these buttons?
• How are they the same?
• Why do they belong together?
• How are they different?
• Why does this one not belong?
• Do you notice any patterns?
• Can you see any repeated patterns?
• Can you see any other shapes?
Using maths problem pictures or posters is an excellent way to help learners to develop their
“Maths Eyes”. Maths pictures are snapshots of familiar things that capture some aspect of mathematics.
Suggestions for use: • What do you see?
• How many is there?
• Can you see any pairs? Where? How many?
How to go about designing a mathematics trail.
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