Teacher support for Maths
Hamilton has a range of additional reference and advice materials for Maths.
New Curriculum Maths Support
Example Calculation Policy
Addition and Subtraction Methods
Multiplication and Division Methods
Key Skills to Go to the Wall for
Maths Challenges KS1 (answers)
Maths Challenges LKS2 (answers)
Maths Challenges UKS2 (answers)
Hamilton Education sells hard copy teaching resources that support Hamilton plans at very low cost. Group Readers, phonics books, number lines and 'Five Minute Fillers' can help you teach literacy and numeracy skills in your classroom.
Hamilton's Y2 maths plans cover all of the statutory objectives of the National Curriculum for England for Year 2.
The Coverage Chart shows you where. The Medium Term Plan lists each week's teaching focus, activities, starter and National Curriculum outcomes cross-referenced to the Hamilton Assessment Plan. There are problem-solving investigations linked to each week’s teaching available in the left hand navigation bar. The Resource List provides a comprehensive list of physical resources suggested by the Hamilton plans. The Outcomes Sheet allows you to record quick day-to-day judgements about children's mastery of objectives in the back of their maths books. Answers to exercises appear at the end of each week's resources document.
In order to ensure that every part of the Y2 content is covered before the statutory assessments in late May, we are putting 12 weeks' teaching in the Autumn term, 11 weeks into Spring and 5 weeks before the SATs in Summer Term, plus some optional revision sessions. Each teacher will need to pace this teaching to suit their class and, crucially, their term dates. In 2017-18, you will need to start Summer Term teaching at the end of Spring Term. For more support in how to arrange this around different potential term structures, read more.
This chart will help you if you are trying to use Hamilton Maths Plans and also teach in Blocks. This is an interim stage for Hamilton, as for next year we shall have a completely new flexible planning tool which will enable you to create your own blocks. Meantime, please look at the document carefully - it is three pages not one!
Mark 2-digit numbers on a beaded then landmarked line; order and compare numbers to 100; say a number between any given neighbouring pairs of multiples of ten; count on in tens from 1 and 2-digit numbers and back again; make a sensible estimate up to 100; show 2-digit numbers on a bead string and write the corresponding addition; partition 2-digit numbers into multiples of ten and one; mental addition and subtraction using place value/ partitioning.
Mental addition and subtraction by partitioning all numbers to 10, then 20 into pairs; use the = sign to represent equality (e.g. 6 + 4 = 7 + 3); recognise the use of a symbol such as ■ to represent an unknown; count on in tens from any 1-digit number then any number, and back again; relate counting on/back in tens to finding 10 more/less. Includes bar model examples.
Coins: Recognise, find the total value of two, find totals up to 20p, find change from 20. Find all possibilities by making an ordered list. Read the time to the quarter of an hour on digital and analogue clocks, begin to identify time intervals. Mental addition using partitioning and adding near multiples. Mental subtraction using counting up. Includes bar model examples.
Use pairs to ten to find the complement to the next multiple of ten; find change from 20p; add and subtract 10, 11 and 20 in the context of money. Mental addition using near multiples and partitioning. Mental subtraction using counting up. Includes bar model examples.
Measure the length of objects using standard units (decimetre, centimetre and metre); identify left and right; recognise whole, half and quarter turns, both clockwise and anticlockwise; recognise that a right angle is a quarter turn.
Count in tens from any number: recognise multiples of 10; begin to use multiplication; count in twos: recognise odd and even numbers; find halves and quarters of shapes.
Find doubles to double 20 and corresponding halves; add and subtract 10, 20, 11 and 21. Mental addition and subtraction using near multiples and partitioning. Includes bar model examples.
Know pairs with a total of 20 and derive the subtraction facts; recognise the use of a symbol such as ■ to represent an unknown; add/subtract a single digit to/from a 2-digit number not crossing tens using number facts and pattern; add/subtract a single digit to/from a 2-digit number by bridging multiples of ten using knowledge of pairs to ten, place value/partitioning and counting up .
Use pairs to ten to find the complement to the next multiple of ten; use place value to add and subtract; mental addition and subtraction of a single digit to/from a 2-digit number by bridging multiples of ten using partitioning, near multiples and place value; understand that addition can be done in any order, but not subtraction; sort calculations as to whether number facts or place value can be used to help identify the useful number fact.
Recognise common 2D shapes, identify from pictures in different positions and orientations; draw, sort and describe 2D shapes, referring to their properties including symmetry and right angles (‘square’ corners).
Add and subtract 20, 30, 40, 50 to/from two-digit numbers (answer less than 100); add 11, 12, 13, 21, 22, 23, 31, 32 and 33 to two-digit numbers (answer less than 100); begin to subtract 11, 12, 21 and 22 from two-digit numbers. Mental addition and subtraction using near multiples.
Add 2-digit numbers by counting on in tens and ones; add near multiples of 10 by adding tens and adjusting; identify and test patterns. Mental addition by partitioning and adding near multiples.
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