Unit 11: Sharing & Grouping
Foundation
Students need this knowledge first
I can visually recognise a quantity equality between two small collections that are arranged to show this obviously — Unit 6: Comparing
I can use the terms smaller, larger, more, less, fewer, same and equal to compare two small collections — Unit 6: Comparing
I can count a group of concrete objects to 20, verbally naming the total — Unit 9: Progressing to 20
I can partition a collection of objects up to 10 into two parts — Unit 8: Part Part Whole
I can decide whether two groups are a fair share by checking they are exactly equal
I recognise that one more in a group means the share is not fair
I can count both groups to check when they look close
I recognise that spreading out or bunching a group does not change whether the share is fair
I can make an unfair share fair by moving objects, without adding or taking any away
Success Criteria
Lesson 1: Fair Share
We are learning that a fair share means each group has exactly the same amount.
Learning Intention
Learning Sequence


Instruction

Scaffold
BEGINNING

Practice
CONSOLIDATING

Application
MASTERING

Extension
I can deal objects one at a time into each group, going around in the same order
I can keep dealing until there are no objects left
I can count how many are in each group and check the share is fair
I recognise that we know the number of groups and find how many in each
I can identify a leftover when a collection does not share fairly
I recognise that sharing the same collection into more groups gives fewer in each group
Success Criteria
Lesson 2: Concrete Sharing
We are learning to share a collection fairly by dealing one at a time into a known number of groups.
Learning Intention
Learning Sequence


Instruction

Scaffold
BEGINNING

Practice
CONSOLIDATING

Application
MASTERING

Extension
I can make groups of a stated size, one complete group at a time, until I cannot make another
I can count how many groups I have made
I recognise that we know the group size and find the number of groups
I can identify a leftover when a collection does not group evenly
I recognise that a bigger group size makes fewer groups from the same collection
I can describe how grouping is different from sharing
Success Criteria
Lesson 3: Concrete Grouping
We are learning to make equal groups of a given size and find how many groups there are.
Learning Intention
Learning Sequence



