Problem-Solving Scoring Rubric Assessment
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Questions and Answers

What is the purpose of the scoring rubric introduced by Tay, Quek, Toh, Dong, and Ho (2007) in problem-solving lessons?

  • To assess problem-solving skills based on Polya's model and Schoenfeld's framework (correct)
  • To assess memorization skills
  • To evaluate creativity in problem-solving
  • To encourage group work in problem-solving
  • In the 'mathematical practical' introduced by Tay, Quek, Toh, Dong, and Ho (2007), what does the component 'Heuristics' assess?

  • The student's ability to memorize formulas
  • The student's typing speed in solving problems
  • The student's use of problem-solving strategies like drawing diagrams or working backwards (correct)
  • The student's ability to guess answers without solving problems
  • What does the 'Extending' component in the 'mathematical practical' introduced by Tay, Quek, Toh, Dong, and Ho (2007) evaluate?

  • The student's ability to solve problems without writing anything down
  • The student's performance in sports activities during math class
  • The student's ability to shorten their solution
  • The student's ability to extend their solution to more complex or related problems (correct)
  • Which of Polya's stages is evaluated by the 'Check' component in the problem-solving lessons introduced by Tay, Quek, Toh, Dong, and Ho (2007)?

    <p>Reflecting on the solution</p> Signup and view all the answers

    How were students encouraged to approach problem-solving classes in the 'mathematical practical' introduced by Tay, Quek, Toh, Dong, and Ho (2007)?

    <p>By treating it as a mathematics 'practical' lesson</p> Signup and view all the answers

    Study Notes

    Problem-Solving Lessons

    • Introduced the "mathematical practical" concept in 2007 by Tay, Quek, Toh, Dong, and Ho.
    • Students are encouraged to treat problem-solving classes as mathematics "practical" lessons.

    Scoring Rubric

    • Designed to assess problem-solving skills based on Polya's model and Schoenfeld's framework.
    • Evaluates student's ability in four components: Check, Polya's Stages, Heuristics, and Extending.

    Check Component

    • Examines student's ability to check their solution for accuracy and reasonableness.

    Polya's Stages Component

    • Evaluates student's ability to understand the problem, devise a plan, carry out the plan, and reflect on the solution.

    Heuristics Component

    • Assesses student's use of problem-solving strategies, such as:
      • Drawing diagrams
      • Making a list
      • Working backwards

    Extending Component

    • Evaluates student's ability to extend their solution to more complex or related problems.

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    Description

    Learn about a scoring rubric designed to assess problem-solving skills based on Polya's model and Schoenfeld's framework. Explore the components that focus on checking solutions for accuracy and reasonableness in problem-solving.

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