The paper talked embodied learning through geometry in mathematics. It is almost like linking math with arts in a sense as the author portrays the beautify in geometric shapes and elegance in mathematics equations that describes the surfaces and motion paths. In physics embodied learning plays a big role too. From student feeling momentum to physicists searching for the Grand Unify Theory. It is at times important for students to sense as a part of learning. I do argue, however, that it may not be the best method for everyone. Feeling is a very personal experience. Embodied learning requires student to feel the presence of beauty and elegance, some may not know how to feel. It is no question that for the students who have strong inclination for sensing that embodied learning is an important component; some other student, on the other hand, can feel lost in the process. One of the embodied learning experience that strikes me is star gazing, the experience is in-comparable to watchi
The inquiry project, topics that I wish to explore: How to we make physics enjoyable to learn? How do we inspire student to have self-motivation to find out what they don't know in the unit? I hope to develop a process to motivate students to inquire the knowledge they have yet to understand. I plan to do a "test" and then work on the stuff students do not understand based on the result. It promotes a healthy attitude toward test mark and inspire students to explore knowledge on intrinsic motivation What is the most efficient setting to do group projects? While we talked a lot about the benefits of group inquiry project, one of the main constraint is the time it takes and the potential of uneven contribution from each group member. I want to experiment different variables such as class time and group size for each physics related topic so we can know the best settings to go about these topics and how we can distribute the groups. This will take some sampl