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A Child's World How Young Children Learn Introduction | |
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Implications for Adults | |
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A Child's World of Cause and Effect Creating Environments that Support Development How Emergence of Language Supports Mathematics and Science Learning | |
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Emergence of Symbolic Language Mathematics Development | |
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Pattern the underlying theme of all mathematic and science | |
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Sequence organization and order of succession of events and experiences | |
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Seriation organizing or ordering things in a logical way | |
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Spatial Relationships | |
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Object Permanence | |
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Sorting putting together items with like attributes | |
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Comparing noting similarities and differences between items or events | |
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Classifying | |
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One-to-One Correspondence Thinking Skills | |
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Observing | |
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Imagining | |
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Problem Solving | |
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Collecting and Organizing Data National Standards in Mathematics and Science Review and Discussion Questions | |
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Nurturing Child Development Environments that Promote Learning Introduction | |
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Creating a Culture of Caring: The Teacher s Role | |
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Valuing Children and Childhood | |
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Safety within a Caring Culture | |
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Play | |
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Providing Emotional Security | |
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Being Responsive | |
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Constructing Meaning through Misconceptions | |
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Building a Sense of Community Families and Schools Together Children s Questions and Curiosities | |
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Experiencing Newness | |
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Encouraging Wonder and Discovery | |
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Teachers Roles in Creating a Curious Classroom Wiggle Room and Opportunities for Movement | |
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Creating an Environment | |
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Cooperative Culture for Independent Thinking | |
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Concept Explorations - Long term projects Documenting Experiences | |
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Documenting through Concept Exploration Review and Discussion Questions | |
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The Process Of Problem Solving For Children Introduction | |
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The Nature of Problem Solving Problem-Solving Styles | |
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Active Versus Reflective Styles How Problem-Solving Styles Affect Classroom Practices and Student Experiences | |
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Teacher Tendencies | |
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Student Tendencies Teacher and Student Interactions | |
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Random Abstract Teachers and Concrete Sequential Students | |
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Concrete Sequential Teachers and Random Abstract Students Classroom Experiences with Problem Solving | |
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Authentic Learning Problem Solving in the Real World Design of Classroom Activities that Encourage Problem Solving Teaching at Each of the Four Stages of Problem Solving | |
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Collecting and Organizing Data Review and Discussion Questions | |
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Measurement A Way To Capture Observations In Mathematics And Science Introduction | |
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Using Senses to Experience the World How Things Change and Grow | |
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Seeking Inventive Ways to Capture Change and Growth Formal Approaches and Techniques of Measurement | |
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National Standards Concerning Measurement | |
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Instructional Psychology for Teaching Measurement | |
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Some Ideas for Teaching Children to Measure Ways to Help Children Communicate and Share Mathematical Ideas | |
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Group Sharing and Discussion Format | |
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Journaling | |
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Making a Book | |
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Modeling Appropriate Mathematical and Scientific Language | |
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Relating Rational Counting of Units to the Process of Measurement | |
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Providing Discrete Items to Count when Measuring | |
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Developing Referents for Measurement | |
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Temperature Review and Discussion Questions Resources for Teachers | |
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Organizing Data In Science And Mathematics Introduction | |
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Usefulness of Charts and Graphs Types of Charts | |
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Webs | |
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Venn Diagrams Types of Graphs | |
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People Graphs | |
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Concrete Graphs | |