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Gymnastics Maths

Maths in gymnastics: practice repetitions

Count sets of safe practice moves.

Quick answer

Maths in gymnastics: practice repetitions helps you count how many times you do a move, like a cartwheel or jump, and how many sets of moves you practice. You use counting, addition, and simple multiplication to keep track of your practice time and progress.

Learning outcome

By the end of this page, you will be able to count and group your gymnastics practice moves, and work out how many times you’ve done a set of moves using addition and simple multiplication. Success signs:
  • You can count how many times you do a move in one set.
  • You can add up the total number of moves across several sets.
  • You can multiply to find how many moves you’ve done in a row of sets.
  • You can use this maths to track your progress in gymnastics practice.

Why this matters

In gymnastics, counting your practice repetitions helps you track how much you’re improving. Whether you're learning a cartwheel or a handstand, counting helps you know how many times you've done each move. This makes it easier to set goals, like "I want to do 10 handstands in a row" or "I want to practice 30 jumps today." It also helps your coach or parents see how you're progressing. You use maths in real life every day, even when you're having fun in gymnastics!

How it works

Let’s break it down into simple steps:
  1. Count your moves in one set. For example, if you do 5 cartwheels in a row, that’s one set of 5 moves.
  2. Add sets together to find your total moves. If you do 3 sets of 5 cartwheels, you can add: 5 + 5 + 5 = 15.
  3. Multiply to find totals quickly. If you do 3 sets of 5 moves, you can multiply: 3 × 5 = 15.
  4. Track your progress by writing or drawing your counts to see how you improve over time.

Examples you can see

Let’s imagine you’re at gymnastics practice with your friend Maya. Example 1: Counting one set You do 4 back handsprings in a row. That’s one set of 4 moves. Example 2: Adding sets together You do 3 sets of 4 back handsprings.
  • Set 1: 4 moves
  • Set 2: 4 moves
  • Set 3: 4 moves
Total moves: 4 + 4 + 4 = 12 moves. Example 3: Multiplying to find total You do 5 sets of 3 cartwheels. You can multiply: 5 × 3 = 15 moves. Example 4: Real-world example At home, you might do 3 sets of 6 jumping jacks.
  • Set 1: 6 jumps
  • Set 2: 6 jumps
  • Set 3: 6 jumps
Total: 6 + 6 + 6 = 18 jumps. Or: 3 × 6 = 18 jumps.

Try it as a mini adventure

Adventure: The Gymnastics Challenge You are a gymnast preparing for a big competition. You have a list of moves to practice. Your coach tells you to do 4 sets of 5 tumbling runs. You want to know how many tumbling runs you’ve done in total. Let’s go through the steps:
  1. First, you count how many tumbling runs are in one set: 5.
  2. Then, you count how many sets you do: 4.
  3. Next, you add the sets: 5 + 5 + 5 + 5 = 20 tumbling runs.
  4. Or, you can multiply: 4 × 5 = 20 tumbling runs.
Mini challenge: Now it’s your turn!
  • How many sets of 6 jumps do you want to do?
  • How many jumps in total?
You can write it down or draw it to help yourself remember.

Common mistakes

  • Mistake: Counting the same move twice.
    Why it happens: You might get excited and accidentally count a move twice.
    Fix: Use your fingers or a small object to keep track of each move you do.
  • Mistake: Adding the wrong numbers.
    Why it happens: Sometimes it’s easy to add 3 + 3 + 3 and get 9 instead of 9.
    Fix: Use counting blocks or draw pictures to make sure you’re adding correctly.
  • Mistake: Mixing up multiplication and addition.
    Why it happens: You might think 3 × 4 = 3 + 4 = 7, which is wrong.
    Fix: Remember that multiplication is repeated addition: 3 × 4 = 4 + 4 + 4 = 12.

Parent and carer guide

As a parent or carer, you can help your child by:
  • Encouraging them to count their moves out loud while they practice.
  • Using a simple chart or drawing to help them track sets and totals.
  • Playing a game where you both count together, like “Let’s do 3 sets of 4 cartwheels!”
  • Practising multiplication with real-life gymnastics examples, like “If you do 4 sets of 5 jumps, how many jumps is that?”
  • Letting them write or draw their results to see their progress over time.
What to watch for: - If your child is struggling to count or add, try using physical objects like blocks or counters. - If they get confused between multiplication and addition, remind them that multiplication is repeated addition. - Keep it fun and not stressful – gymnastics practice is about learning and having fun!

Practice questions

  1. How many jumps are in 3 sets of 4 jumps?
  2. If you do 5 sets of 6 back handsprings, how many handsprings is that?
  3. How many cartwheels do you do if you do 4 sets of 3 cartwheels?
  4. What is 6 × 7?
  5. If you do 2 sets of 9 tumbling runs, how many runs is that?
Answers:
  1. 3 × 4 = 12 jumps
  2. 5 × 6 = 30 handsprings
  3. 4 × 3 = 12 cartwheels
  4. 6 × 7 = 42
  5. 2 × 9 = 18 tumbling runs

FAQ

Why do gymnasts need to count their practice moves?

Counting helps gymnasts track how much they’re practicing and how they’re improving. It also helps them set goals and make sure they’re doing enough practice to get better.

Can I use multiplication instead of adding?

Yes! If you do 4 sets of 5 moves, you can add 5 + 5 + 5 + 5 = 20 or multiply 4 × 5 = 20. Multiplication is faster when you have the same number of moves in each set.

How can I make counting practice moves more fun?

You can turn it into a game! For example, “Let’s do 3 sets of 6 jumps – and let’s count them together!” You can also draw a chart or use stickers to mark each set you complete.

What if I make a mistake while counting?

That’s okay! Mistakes are part of learning. If you make a mistake, just start again and count carefully. You can also use objects like blocks or counters to help you.

Is this maths useful outside of gymnastics?

Yes! Counting and adding sets of things is useful in many places – like when you’re cooking, sharing snacks, or even when you’re playing a game with friends. Maths helps us solve problems in everyday life.