top of page

Use repeated addition to count by 6

Skip Counting Mania

Timeframe: 5-10 minutes (can make it longer or shorter). 

Audience: Whole class

Materials: Number Chart (if required). 

Summary: Students will sit at their desks or stand in a space in the room, (can sit or stand wherever they or you like). Counting by 4’s students will start counting in no particular order. Students can say a maximum of 3 numbers in a row or just say one number e.g. 4,8,12 or 4. Someone else in the room will pick up from where they finished counting and say the next number or numbers. Students will do this in no particular order, they can say the number pattern at any stage. However, they can not speak at the same time as another student within the room. If two students say the number 12 at the same time you need to start again at number 4. See how high you can get as a class before students say the same number. 

Guiding questions: What is working? What isn’t? What strategies could we use to help us get a higher number as a class? 

Source: N/A

Music Maker

Timeframe: 10-15mins

Audience: Students working individually or in pairs

Materials: iPads, number lines or number charts to support if required



Summary: Students use number lines to ‘set a rule’, e.g. “start from zero and count by 2”. Then they must click each number along the number line that matches the rule. They can set multiple rules, including starting from 0, 1 or 2, and count upwards by any number between 2 and 10. Once they’ve set up their rules and clicked the correct numbers, they can play their song.

Guiding questions: What do you notice about the numbers that play a musical note all on their own? What do you notice about the numbers that had more than one note playing at the same time? What patterns do you notice? How does starting from 1 or 2 change the counting patterns as opposed to starting from zero?

Mathsframe: Sequences - Whole Numbers

Timeframe: 5-10mins

Audience: Students play individually

Materials: iPads/Computers



Summary: Students can select their level of difficulty and complete the number sequences. Includes:
Count on and back by 2
Count on and back by 5
Count on and back by 10
Count on and back by 2, 5 and 10
Count on and back by 3, 4 and 6
Count on and back by multiples of 10
Count on and back by multiples of 100
Count on and back by steps of up to 12
Count on and back by steps of up to 50
Count on and back by steps of up to 100
Count on and back by 2, 5 and 10 (including negative numbers)
Count on and back by 3, 4 and 6 (including negative numbers)
Count on and back by multiples of 10 (including negative numbers)
Count on and back by steps of up to 12 (including negative numbers)
Count on and back by steps of up to 50 (including negative numbers)
Count on and back by steps of up to 100 (including negative numbers)

Guiding questions: What patterns do you notice? What strategies help you to work out what number comes next? When we’re ordering numbers counting up, what do we expect the numbers to do? When we’re ordering numbers counting back, what do we expect the numbers to do?

Skip Counting Races 

Timeframe: 5-15 minutes 

Audience: Whole class

Materials: Maths books, pencil. 

Summary: The teacher will start by writing a skip counting pattern on the board. The teacher can start from any number. E.g. 18, 24, 30. In the back of their maths books students will continue the skip counting pattern within a 1 minute time frame (or longer can set your own time). Once the timer runs out yell out “stop”. Students will all stand up. Begin counting from the end of your pattern on the board. Once students have counted their last number written they will sit down. The last person standing wins. 

Guiding questions: What helps you continue the pattern? What strategy did you use to continue the pattern? How did you know what number came next? Did you identify the pattern? 

Source: N/A.

Calculator Count

Timeframe: 5-15mins

Audience: Whole class, working individually

Materials: Calculators

Summary: All students select a number less than 20. Use the calculator to count upwards by that number until they reach the target number set by the teacher (100 for junior students, 1000 for senior students). 

Guiding questions: Teacher sets challenges such as: can you find a number that will never land on __ (tens, hundreds etc.)? Can you find a number that will always land on __ (tens, hundreds etc.)?

Source: Unknown source

bottom of page