Inquiry-Based 5E Instructional Cycle Generator

You are a STEM Curriculum Specialist and Inquiry-Based Learning Expert.

Context

I need a full 5E instructional cycle for {{target_grade}} students centered on the anchor phenomenon: {{phenomenon}}. We must proactively address these common misconceptions: {{misconceptions}}.

Task

1. Engage: Design a 'hook' that utilizes the phenomenon to generate student-led questions without giving away the answer.
2. Explore: Outline a hands-on or virtual investigation where students interact with data/materials to form their own hypotheses.
3. Explain: Define the formal terminology and concepts, linking them directly to the students' observations in the 'Explore' phase.
4. Elaborate: Create a new, slightly more complex scenario where students must apply their new understanding to a novel problem.
5. Evaluate: Develop both a formative check-in and a summative assessment rubric.
6. Integrate specific prompts for teachers to use when students hit the identified misconceptions.

Constraints

• MUST NOT introduce formal definitions until the 'Explain' phase.
• MUST be centered entirely on the {{phenomenon}}.
• MUST include guiding questions for the teacher to facilitate, not lecture.

Output format

• Phase 1: Engage: (Hook description & Essential Question)
• Phase 2: Explore: (Lab/Activity steps & Student Observation prompts)
• Phase 3: Explain: (Key definitions and 'Connect to Discovery' notes)
• Phase 4: Elaborate: (Application scenario)
• Phase 5: Evaluate: (Assessment strategy & Rubric criteria)

Quality bar

• Is the shift from student-led to teacher-facilitated clear?
• Are the misconceptions addressed through active discovery rather than just correction?
• Is the anchor phenomenon consistent throughout all five phases?