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How do mathematical frameworks for children from birth to 7 years support the development of emergent mathematical skills? 


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Mathematical frameworks for children aged birth to 7 years play a crucial role in supporting the development of emergent mathematical skills. These frameworks focus on various aspects such as numerical skills, spatial thinking skills, mathematical reasoning, and ways of experiencing numbers. They provide a structured approach to understanding and applying basic arithmetic operations, mathematical concepts, and relationships in different contexts, including daily life and educational settings. By utilizing diagnostic tests, these frameworks help assess and enhance children's numeracy skills, leading to informed instructional strategies tailored to individual needs. Additionally, the frameworks aid in modeling how children construct and adapt mathematical models of the world, emphasizing the importance of early learning practices in strengthening diverse mathematical skills simultaneously.

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Mathematical frameworks for preschool children, like the numeracy framework discussed, aid in developing emergent mathematical skills by focusing on comparison, classification, correspondence, and seriation, aligning with preschool curriculum.
Mathematical frameworks for children aged 0-7 support emergent mathematical skills by integrating numerical, spatial, and thinking skills, emphasizing interconnected development for later mathematical achievement through early learning practices.
The framework in the study suggests that children's ways of experiencing numbers evolve, impacting arithmetic skills development, supporting emergent mathematical skills in children aged 5-6.
Not addressed in the paper.

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