This Year 2 position, direction and patterns lesson is written for pupils aged 6-7 and follows the National Curriculum. In short, it shows you how to continue patterns of shapes and describe position, direction and quarter, half and three-quarter turns. Before you start, it helps to revise time to 5 minutes and properties of 2D and 3D shapes, because this lesson builds on them.
Year 2 position, direction and patterns lesson: what you will learn
Hello, I am Otto! Patterns are everywhere: in the stripes on a scarf, in the tiles on a floor, even in the numbers we count. In this chapter you continue patterns, say where things are, and describe movement and turns using the words that mathematicians use.
Starter activity
Clap, clap, stamp, clap, clap, stamp. What comes next? Make your own sound pattern for a friend to continue. Then stand in a corner of the room. Take 3 steps forward and turn to the right. Where are you now? Can your friend guess your position?
Patterns
Definition: pattern
A pattern is something that repeats in a regular way. The part that repeats is called the unit of the pattern.
The pattern is circle, square, circle, square. The unit is "circle, square" and it repeats every 2 shapes. The next shape is a square.
Method: continuing a pattern
- Say the pattern out loud.
- Find the part that repeats.
- Carry on the repeating part to find the missing shapes.
This pattern repeats every 3 shapes: triangle, circle, circle. The missing shape is a circle.
Worked example 1
What are the next two shapes? Square, triangle, triangle, square, triangle, triangle, ...
The unit is "square, triangle, triangle". After the second unit comes square, triangle.
Number patterns
Definition: number pattern
A number pattern follows a rule. For example, "add 2 each time" gives 4, 6, 8, 10, 12. The numbers in a pattern are called the terms.
Method: finding the rule
- Look at the first two numbers and find the difference.
- Check that the same difference works for the next numbers.
- Use the rule to find the missing or the next numbers.
Worked example 2
Find the rule and the next two numbers: 7, 12, 17, 22, __, __
The numbers go up by 5 each time: 12 β 7 = 5 and 17 β 12 = 5. The rule is "add 5". 22 + 5 = 27 and 27 + 5 = 32. The next two numbers are 27 and 32.
Worked example 3
Find the rule: 50, 45, 40, 35, ...
The numbers go down by 5 each time. The rule is "take away 5". The next number is 30.
Position words
Definition: position words
We use position words to say where something is: above, below, next to, between, in front of, behind, inside, outside, on top of, underneath, left and right.
Key fact: coordinates on a grid
On a grid, we can give a position using a letter along the bottom and a number up the side. A is in square A1 on the grid above. B is in square C2. C is in square D3. We always read across first, and then up.
Worked example 4
Where is B on the grid above?
B is in the 3rd column, which is labelled C, and in the 2nd row. So B is at C2.
Direction words
Definition: direction
We describe movement with direction words: forwards, backwards, up, down, left and right. We use numbers of steps or squares: "Move 3 squares right".
Worked example 5
A beetle starts at A1 on the grid. It moves 2 squares right and 1 square up. Where does it finish?
2 squares right from A: C. 1 square up from 1: 2. The beetle finishes at C2.
Turns
Definition: turns
A whole turn goes right round and back to where you started. A half turn goes halfway round. A quarter turn goes a quarter of the way round, which is a right angle. We say clockwise (the way the clock hands move) or anticlockwise (the other way).
Key fact: turns and fractions
- A quarter turn clockwise: from facing north to facing east.
- A half turn: from facing north to facing south.
- Three-quarters of a turn clockwise: from north to west.
- A whole turn: back to the start.
Worked example 6
Tom faces the door. He makes a quarter turn clockwise and then another quarter turn clockwise. What turn is that altogether?
Two quarters make a half. Tom has made a half turn, so he now faces the opposite way.
Patterns in real life
We see patterns in nature and in the things people make: the stripes on a zebra, the rows of seeds in a sunflower, the squares on a chess board and the tiles on a floor. A repeating pattern in a border uses the same unit again and again. A growing pattern gets bigger by the same amount each time.
Worked example 7
Matchsticks are used to make squares in a row. 1 square uses 4 sticks, 2 squares use 7 sticks, 3 squares use 10 sticks. How many sticks do 5 squares use?
The number of sticks goes up by 3 each time: 4, 7, 10, 13, 16. So 5 squares use 16 sticks.
Watch out
Clockwise and anticlockwise are not the same! Left and right can change when you turn around, so always say which way you are facing. In a number pattern, check that the same rule works for every pair of numbers, not only for the first two.
Did you know?
Many cultures use patterns in their art. Islamic tiles use beautiful repeating patterns of shapes, and Celtic art has patterns of knots. A scientist called Fibonacci found a famous number pattern, 1, 1, 2, 3, 5, 8, 13, which grows in sunflowers, pine cones and shells.
Otto's tip
To find a pattern, say it out loud and look for the part that repeats. For number patterns, find the difference between neighbours. For directions, draw a small map with arrows and walk it with your finger, one step at a time.
How to use this Year 2 position, direction and patterns lesson
First, read the key points so that you know where the Year 2 position, direction and patterns lesson is going. Then work through each definition and worked example, and cover the solution before you read it. After that, practise with the position, direction and patterns worksheet and check every question with the worksheet answers. When you feel ready, test yourself with the multiple choice questions or the quick quiz. Finally, sit the position, direction and patterns test and mark it with the test answers.
Also, the starters are a good warm-up, so you can keep the key facts fresh. Moreover, all the pages of this chapter work together, so you can move between them at any time. For example, many pupils read the lesson on Monday, practise on Wednesday and test themselves on Friday. In short, this Year 2 position, direction and patterns lesson gives you everything you need for the chapter.


















