Exploring Early Math Skills: Creating Combinations of 10 with Nature Ten Frames and Loose Parts

In this blog post, we will explore the concept of combinations of 10 and how nature ten frames, combined with loose parts, can help children develop these essential skills. By engaging in hands-on activities, children can gain a deep understanding of number combinations and enhance their mathematical fluency.

6/5/20232 min read

Developing early math skills is a crucial foundation for future mathematical understanding. In this blog post, we will explore the concept of combinations of 10 and how nature ten frames, combined with loose parts, can help children develop these essential skills. By engaging in hands-on activities, children can gain a deep understanding of number combinations and enhance their mathematical fluency.

  1. Understanding Combinations of 10: Combinations of 10 are an important concept in early math education. They lay the groundwork for understanding number relationships, addition, and basic arithmetic operations. Nature ten frames provide a visual and tactile representation for exploring these combinations. Each frame can hold up to 10 loose parts, allowing children to see and manipulate numbers to create different combinations.

  2. Nature Ten Frames for Combinations of 10: Using nature ten frames, children can explore and create combinations that add up to 10. They can gather natural loose parts such as rocks, pinecones, or shells and arrange them on the frames to represent different numbers. For example, they can place 7 loose parts on the frame and discuss how many more are needed to make a combination of 10. This hands-on activity promotes critical thinking, problem-solving, and a deeper understanding of number bonds.

  3. Hands-On Exploration: Hands-on exploration with nature ten frames and loose parts allows children to engage their senses and actively participate in the learning process. They can experiment with different combinations by adding or removing loose parts on the frames. Through trial and error, they develop a deeper understanding of number relationships and mathematical concepts. This hands-on approach fosters a concrete understanding of combinations of 10 and enhances their mathematical fluency.

  4. Reinforcing Number Bonds: Number bonds, which show the relationship between numbers, are an essential component of understanding combinations of 10. Nature ten frames provide a visual representation of number bonds, helping children see the connection between two numbers that add up to 10. By filling the frames with loose parts in different configurations, children can explore and discuss the number bonds that are created. This reinforcement strengthens their understanding of number relationships and lays the foundation for more complex mathematical concepts.

  5. Real-World Application: Understanding combinations of 10 has real-world applications in everyday life. By using nature ten frames and loose parts, children can explore scenarios such as sharing objects or grouping items into equal sets. They can discuss how different combinations can be used to solve practical problems, fostering a connection between mathematical concepts and real-life situations.

Conclusion: Exploring combinations of 10 with nature ten frames and loose parts offers a hands-on and engaging approach to early math learning. By using natural materials, children can visually and tactically explore number relationships, develop number bonds, and enhance their mathematical fluency. This hands-on exploration fosters critical thinking, problem-solving skills, and a deep understanding of mathematical concepts. So, dive into the world of combinations of 10 with nature ten frames and loose parts, and watch as children develop a solid foundation in early math skills that will support their mathematical journey.