Balance Matters in Inquiry
Excellent Educator, Volume: 3, Issue: 5, Page: 4
Summary of Morris (2025)
Academic Insights
This summary explains the need to move beyond activity-focused inquiry toward balanced, comprehensive inquiry-based instruction. According Morris (2025) many classrooms equate inquiry with hands-on experiments while neglecting essential phases such as reasoning, explanation, and scientific argumentation. When exploration is not supported with structured guidance, students may remain engaged but develop only superficial understanding. The proposed framework emphasizes integrating investigation, reflection, discussion, and teacher scaffolding to promote deeper conceptual learning. Effective inquiry therefore requires a balance between student autonomy and instructional support to strengthen scientific thinking and critical reasoning. The findings suggest that meaningful inquiry depends on intentional lesson design that connects activity with explanation and understanding.
Apply This Now
Teachers should design inquiry lessons that include explanation, reflection, and discussion alongside hands-on activities.
Add This in Your Lesson
Guide students to interpret evidence, justify ideas, and connect investigations to key concepts.
Avoid This Mistake
Avoid assuming that practical activities alone will automatically lead to deep understanding.
Keywords
inquiry learning, scaffolding, conceptual understanding, scientific reasoning, balanced instruction
Source/Citation
Morris, D. L. (2025). Rethinking science education practices. Education Sciences, 15(1), 73.
Suggested Citation
Excellent Educator. (2026). Balance Matters in Inquiry. Excellent Educator, 3(5), p. 4.