Impact of brain-based teaching on the conceptual understanding of Newton’s laws of motion
Date of Publication
8-2019
Document Type
Master's Thesis
Degree Name
Master of Science in Teaching Major in Physics
Subject Categories
Education | Physics
College
Br. Andrew Gonzalez FSC College of Education
Department/Unit
Science Education
Thesis Adviser
Voltaire M. Mistades
Defense Panel Chair
Maricar S. Prudente
Defense Panel Member
Raymund B. Bolalin
Socorro E. Aguja
Abstract/Summary
With the rise of several educational reforms, Brain-based teaching is deemed to be an effective
teaching strategy as it focuses on how the brain could maximize learning. Following a mixed- method approach, this action research aims to examine the impact of Brain-based teaching on
the conceptual understanding of grade 8 students of Newton’s Laws of motion. Quantitative data were obtained using a concept test, and worksheets, while qualitative data were gathere using a students’ perception questionnaire (SPIQ), students’ journals, and classroom observation. Quantitative results revealed significant difference between the pretest and posttest scores with a learning gain of 9.35 being the mean of the posttest scores which implies that the learners have increased their understanding of the topic after the intervention. Daily worksheet scores also demonstrated “very good” to “excellent” rating. Further, the SPIQ showed that majority of the learners perceived BBT positively with the highest mean score of 3.6. Finally, the journal entries highlighted three themes manifesting the merits of BBT in the classroom including: enhanced learning through various activities, reflective learning, and insightful learning. These findings indicated that BBT was effective in improving the conceptual understanding of the learners.
Abstract Format
html
Language
English
Format
Electronic
Accession Number
CDTG008184
Keywords
Physics--Study and teaching; Teaching--Psychological aspects; Isaac Newton, 1642-1727
Upload Full Text
wf_no
Recommended Citation
Comillo, R. B. (2019). Impact of brain-based teaching on the conceptual understanding of Newton’s laws of motion. Retrieved from https://animorepository.dlsu.edu.ph/etd_masteral/7140
Embargo Period
2-16-2025