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With any type of new learning, students need practice and application of newly acquired skills to ensure mastery of content concepts. Describe a hands-on activity and identify materials, including manipulatives that would enable students to forge connections between abstract concepts and concrete concepts in a less language-dependent way

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Answer:

Acrivity: Creating a model of the solar system.

This activity would reinforce understanding of the relative size, order, and distance of the planets in our solar system.

Materials needed for this activity include:

  1. Styrofoam balls of various sizes to represent the planets
  2. Paint or markers to color and label the planets
  3. Wooden dowels or sticks to represent the orbits of the planets
  4. A large sheet of cardboard or poster board to serve as the background
  5. Glue or tape to attach the planets to the cardboard

Students can first research and gather information about the planets in our solar system, including their size, order, and distance from the sun. They can then use the styrofoam balls to create models of the planets, coloring and labeling each one appropriately. The wooden dowels or sticks could represent the orbits of the planets, with each planet placed at the appropriate distance from the sun. Once the model is complete, students can use it to reinforce their understanding of the relative size. They could order the planets in our solar system and to visualize the concept of planetary orbits.

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This hands-on activity creates a concrete, visual representation of the planetary size and distance. It can help students understand complex scientific concepts in a less language-dependent way. Manipulatives, such as the styrofoam balls and wooden dowels, provide a tangible way for students to interact with these concepts.

Step-by-step explanation:

User Kunal Gupta
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