Worksheets Make Ten Math Strategy

The "Make Ten" math strategy is a fundamental concept in early elementary math education. It helps students develop their number sense and mental math skills by understanding how to create combinations of numbers that add up to ten. If you are an elementary school teacher or a parent looking for resources to reinforce this strategy, worksheets can be a valuable tool to support your young learners' understanding of this mathematical concept.

  Ways to Make Ten Worksheet

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  Math Place Value Worksheets First Grade

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  Goal Setting Hot Air Balloons

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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  Ones Tens Hundreds Place Value Roll It

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What is the "Make Ten" math strategy?

The "Make Ten" math strategy is a mental math technique where when you are adding two numbers, you can break one of the numbers into parts to make a sum of ten. For example, if you are adding 7 + 8, you can break down the 8 into 2 + 6 to make 7 + 2 + 6 = 7 + 3 + 5 = 10 + 5 = 15. This strategy is helpful for children learning addition as it simplifies calculations by focusing on combinations that sum up to ten.

How does the "Make Ten" strategy work?

The "Make Ten" strategy involves breaking down a number into components that add up to ten to make mental addition easier. For example, if you are adding 6 + 8, you can break down the 8 into 2 + 6 to make 6 + 2 + 6, then combine 6 + 2 to get 8, and finally add the remaining 6 to get 14. This strategy helps simplify addition by utilizing known combinations that add up to ten.

Why is the "Make Ten" strategy helpful for young learners?

The "Make Ten" strategy is helpful for young learners because it reinforces foundational number sense skills and helps develop mental math abilities. By decomposing numbers and finding ways to make ten, students develop a deeper understanding of the relationships between numbers and improve their fluency with addition and subtraction. This strategy also provides a scaffold for more complex mathematical concepts and builds students' confidence in their ability to manipulate numbers efficiently.

Can you provide an example of the "Make Ten" strategy in action?

Certainly! An example of the "Make Ten" strategy in action is when adding 6 + 8. Instead of trying to mentally calculate the sum directly, you can break down 8 into 2 + 6, which makes it easier to see that 6 (from the 6 + 2) and 4 (from the remaining 6 + 8) combine to equal 10. Then, you add the remaining 2 to the 10 to get the final answer of 10 + 2 = 12. This strategy simplifies the addition process by utilizing combinations that make the amount to be added equal to 10, making mental math easier and quicker.

How does the "Make Ten" strategy improve mental math skills?

The "Make Ten" strategy helps improve mental math skills by enhancing number sense and arithmetic fluency. By decomposing numbers into pairs that add up to ten, such as 7 + 3 or 6 + 4, individuals develop a deeper understanding of number relationships and become more proficient at mental calculations. This strategy also allows for quick and efficient mental calculations by breaking down complex problems into simpler parts, ultimately boosting overall mental math agility and accuracy.

What other math concepts can be reinforced through the "Make Ten" strategy?

The "Make Ten" strategy can help reinforce several math concepts, such as basic addition and subtraction skills, understanding of number relationships, mental math abilities, and strategies for solving problems efficiently. Additionally, it can also strengthen students' number sense, ability to compose and decompose numbers, and fluency with addition facts.

How can worksheets be used to practice the "Make Ten" strategy?

Worksheets can be used to practice the "Make Ten" strategy by providing math problems where students have to find pairs of numbers that make a total of ten. These worksheets can include a mix of addition and subtraction problems that require students to manipulate numbers to ultimately make ten. Additionally, worksheets can incorporate visual aids such as ten frames or counters to help students visualize and understand how numbers can be combined to equal ten. Through consistent practice with these types of worksheets, students can build fluency and efficiency with the Make Ten strategy.

Are there any variations of the "Make Ten" strategy?

Yes, there are variations of the "Make Ten" strategy that involve making different numbers. Some examples include "Make Twenty" or "Make One Hundred." These strategies involve breaking down numbers into smaller, more manageable parts to help with mental calculations and arithmetic. The concept is to find easier combinations of numbers that add up to a specific target number, making calculations quicker and more efficient.

Can the "Make Ten" strategy be used for subtraction or multiplication?

Yes, the "Make Ten" strategy can be adapted and used for both subtraction and multiplication. In subtraction, the strategy involves decomposing numbers to make a multiple of ten to simplify calculations. For multiplication, the strategy involves breaking down numbers into simpler factors that multiply to ten or a multiple of ten to make the calculation easier.

How can teachers and parents support students in using the "Make Ten" strategy effectively?

Teachers and parents can support students in using the "Make Ten" strategy effectively by providing ample opportunities for practice, using hands-on materials like manipulatives to visualize the concept, offering encouragement and positive reinforcement, and incorporating the strategy into daily math activities and homework assignments to reinforce learning and build confidence. Additionally, adults can model the strategy themselves and show real-life examples of how it can be useful in problem-solving situations to further enhance understanding and application for students.