Filters

32 filtered results

Clear all filters
Favorites
With answer key
Interactive

32 filtered results

Difficulty Level

Grade



Check out this FREE Trial Lesson on Addition & Subtraction for age 6-7!

Match Objects that Fit Together

Favorites
With answer key
Interactive
  • 6-7
  • Shape Recognition
  • Addition & Subtraction
Adding up to 1000: Page 18
Adding up to 1000: Page 18

Adding up to 1000: Page 18

Adding up to 1000: Page 18
Worksheet
Adding up to 50 with Regrouping: Page 21
Adding up to 50 with Regrouping: Page 21
Adding up to 50 with Regrouping: Page 21
Worksheet
Adding up to 100 with Regrouping: Page 49
Adding up to 100 with Regrouping: Page 49
Adding up to 100 with Regrouping: Page 49
Worksheet
Adding 2-digit Numbers: Page 43
Adding 2-digit Numbers: Page 43

Adding 2-digit Numbers: Page 43

Adding 2-digit Numbers: Page 43
Worksheet
Adding up to 1000 Without Regrouping: Page 57
Adding up to 1000 Without Regrouping: Page 57
Adding up to 1000 Without Regrouping: Page 57
Worksheet
Adding up to 100 with Regrouping: Page 45
Adding up to 100 with Regrouping: Page 45
Adding up to 100 with Regrouping: Page 45
Worksheet
Adding 2-digit Numbers: Page 42
Adding 2-digit Numbers: Page 42

Adding 2-digit Numbers: Page 42

Adding 2-digit Numbers: Page 42
Worksheet
Adding up to 100 with Regrouping: Page 44
Adding up to 100 with Regrouping: Page 44
Adding up to 100 with Regrouping: Page 44
Worksheet


Shape recognition is crucial for children aged 6-7, particularly in enhancing their understanding of addition and subtraction. At this age, children not only develop numerical skills but also begin to link those skills with visual and spatial concepts. Recognizing shapes—like circles, squares, and triangles—helps children understand mathematical problems better as they can visualize and manipulate these figures during addition and subtraction exercises.

Teaching these concepts through shapes makes math more tangible and engaging. For instance, using blocks or drawn shapes allows children to physically count and manipulate items, making abstract mathematical concepts more concrete. This tactile interaction fosters deeper understanding and retention of mathematical principles.

Moreover, integrating shape recognition into math helps develop critical thinking and problem-solving skills as children learn to strategize their approach to these exercises. The effective use of shapes can also support differentiation in classrooms, allowing educators to provide various learning experiences tailored to individual needs.

Lastly, the integration of shape recognition into basic arithmetic paves the way for more advanced mathematical concepts later on, making it a foundational aspect of early education. Therefore, parents and teachers should prioritize this dual skill development to create well-rounded learners.