Entrance Slip : Oct. 8

Experiences with real objects are certainly helpful for relational understanding of geometry and physics (especially for physics probably, because physics is more based on real-life situations). As shown in the article, students could have intrinsic and extrinsic point of views of something as simple as a straight line. This is quite helpful for understanding complicated geometrical problems prevalent in math and physics.  Most of the times we have to use our imaginations for these problems, but our imaginations depend on our real-life experiences with the objects.  Sensory experiences and embodied ways of learning are definitely necessary in our classes.  We could bring in 3-D objects and ask them to relate these objects to hyperbolic geometry. We could ask them to create/ find something relevant to the concepts learnt in class. With the engagement of senses, it’s easier for students to remember the shapes. 

For example, in the article, “The geodesics (intrinsic straight lines’) on a hyperbolic surface can be found using the “symmetry” meaning of straightness discussed above: for example, the geodesics can be found by folding the surface (in the same way that folding a sheet of paper will produce a straight line on the paper). This folding also determines a reflection about that geodesic.” By interacting with the models, we have a more direct ‘feeling’ of it and this definitely helps us in solving future problems.

Also I learnt that there are different learner types and some of the students are kinesthetic learners. They learn best when they process information while being physically active or engaged. Considering the heavy use of visual and auditory learning styles in classrooms. it is probably necessary to include other types as well. 

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