We need to know about position so that we can understand instructions.
We need to tell other people where we have put objects.
Ordinal numbers tell us the position of numbers or objects.
They do not tell us how much there is or how many things there are.
1. Look at the cars. For each question, write the position as a number and a word.

a. What colour is the car in front of the $5$th car?
b. What position is the orange car?
c. What position is the white car?
d. What position is the pink car?
e. What colour and position is the car behind the blue car?
f. Which cars are beside the $3$rd car?
2. These colours have been lined up.

a. Which colour is $4$th?
b. Which colour is after the $5$th colour?
c. Which colour is before the $3$rd colour?
d. Which colour is beside the $1$st colour?
3. Put a ring around the child who came $1$st in the race. Colour the child who was $5$th.

4. Join the words to match the position of the fox.

5. Join the words to match the position of the ball.

6. Write the ordinal number of the coloured cake in each row of cakes. The first one is done for you.

7. Draw a line from the word to the object. Fill in the missing words.

a. The cat is ______ the chair.
b. The chair is ______ the table.
c. The ball is ______ the table.
d. The flowers are ______ the vase.
8.

How many apples are there before the $3$rd apple? How many apples are there after the $7$th apple? How many apples are there after the $5$th apple? How many apples are there after the $8$th apple?
You will need $3$ cubes of different colours.

Put them in the order of red $1$st, blue $2$nd, yellow $3$rd.

Question: What different patterns can you make with red $1$st?
You could have:

Investigate the different patterns if you have yellow first.
Investigate the different patterns if you have blue first.
Colour the patterns you have made.
Label the cubes in each pattern $1$st, $2$nd, $3$rd.

Now add a $4$th cube colour.
Follow-up Question: How many patterns can you make?
Asequence is a list of objects or numbers that are in a special order. This order could be going forwards or backwards.
Asequence has a rule. Sometimes it can have two rules. Sequences and patterns have rules that we need to understand so we know what comes next.
Patterns are everywhere. We see them on our clothes, on our walls, on our buildings and on flowers and trees. We see lots of patterns in maths too.
1. Describe the pattern that you can see.

Draw a repeating pattern of your own. Describe it to a partner.
2. Look at the row of learners.
Draw the next $2$ learners at the end of the row. Keep the pattern of their arms the same.

Make your own pattern using arms.
3. Draw and colour your own pattern.
Use shapes or objects.
4. Work with a partner.
Solve the clues to colour the squares.
Orange is below green.
Yellow is between green and purple.
Yellow is above blue.
Red is next to blue.

5. Work with a partner.
Fill in the missing words.
next to above below between

The green square is ______ the red square.
The blue square is ______ the yellow square.
The yellow square is ______ the blue square.
6. Make your own coloured squares puzzle.

Ask your partner some questions about your puzzle.
7. Look at this arrangement of shapes.

Draw the shape that is:
above the grey square
below the green square
between the blue triangle and the green square
next to the yellow circle
above the green star
8. Give directions to your partner to get from the start to the finish.
Each section is a step.
Start by taking $2$ steps forward and then turn right.

9.

Colour her left hand red.
Colour her right hand blue.
Colour her left shoe green.
Colour her right shoe yellow.
Colour the left flower red.
Colour the right flower yellow.
10. Work with a partner.
Colour the path Aisha takes to get to her house without bumping into objects.
The path has been started for you.
Find $2$ other ways she could take.
Colour one green.
Colour the other one blue.
