Question Formation Technique

Question Formation Technique

Activity Overview

Students generate, improve, and prioritize their own questions about a topic, fostering inquiry and critical thinking.

Grade Levels

3rd Grade4th Grade5th Grade6th Grade7th Grade8th Grade9th Grade10th Grade11th Grade12th Grade

Subject Areas

ScienceMathematicsEnglishHistoryForeign Language

Activity Types

AnalyticalCollaborativeCreative

Detailed Example

Introduction to Electricity (Science - 5th Grade)

Materials Needed

  • Question Focus prompt (e.g., image of lightning, battery, or circuit)
  • Chart paper for recording questions
  • Question type reference sheet (open vs. closed questions)
  • Small group recording sheets
  • Question improvement worksheet
  • Sticky dots for prioritizing questions
  • Question categories poster (fact-based, process, conceptual, hypothetical)

Preparation

Select a provocative Question Focus (QFocus) related to electricity - either an intriguing image, demonstration, or statement. Create a reference chart showing the difference between closed (yes/no) and open-ended questions. Prepare category headers for sorting questions.

Step-by-Step Instructions

1.

Present the QFocus: Display an image of lightning striking or a simple circuit and state, 'Electricity powers our world.'

2.

Introduce the rules for question generation:

Ask as many questions as you can

Do not stop to answer questions

Write down every question exactly as stated

Change statements into questions

3.

Small group question generation (7-8 minutes):

Groups of 3-4 students produce as many questions as possible about electricity

One student records all questions without discussion or editing

Aim for at least 12 questions per group

4.

Question classification (5 minutes):

Groups mark each question as either closed (C) or open-ended (O)

Discuss the differences between these question types

5.

Question improvement (8-10 minutes):

Groups select three closed questions to change into open-ended questions

Select three open-ended questions to change into closed questions

Discuss how changing the question type affects the potential answers

6.

Question prioritization (5 minutes):

Groups review their questions and select the three most important for learning about electricity

Each student gets two sticky dots to vote on priority questions from all groups

7.

Question categorization (optional):

Sort top questions into categories: factual, procedural, conceptual, and hypothetical

8.

Next steps planning: Use the priority questions to guide upcoming electricity lessons and investigations.

Differentiation Strategies

For younger students, work as a whole class for initial question generation. For English learners, provide question stems in multiple languages. For advanced students, add a research planning phase where they develop methods to answer their priority questions.

Assessment Guidelines

Evaluate the quantity, quality, and variety of questions generated. Note which students can transform questions effectively. Use priority questions to assess current understanding and misconceptions about electricity.

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