Welcome everyone!
This week has done a good job of refreshing my memory about
mathematics, in particular, the challenges that come along with trying to teach
mathematics. It was pointed out to me that even if I were in possession of the
best lesson plans and unit plans in the world, that would not suffice because
the situation in many classroom is very complex. For example, there are many
students that believe that, not only are they not good at mathematics, but are actually
incapable of becoming good at mathematics because of their parents- they
believe that they haven’t inherited the ‘math gene’. To add another degree of
complexity, there are still other students who may have gotten other the idea
of having a ‘math gene’ yet, have not developed a growth mindset. This means
that although the do not ascribe their performance to their innate biology,
they still have difficulty being optimistic about seeing themselves improve
their skills in the subject. This lack of growth mindset can arguably be
attributed to a number of reasons. For example, some say that the media might
play a role in the matter because there are a lot of Hollywood films and t.v.
shows that have characters making references to how hard math is for them and
how much they dislike it. This in turn
can make the students feel quite comfortable with giving up on the subject
whenever they encounter any difficulty because they will be able to relate to
their favorite characters in their favorite movies and t.v. shows who have done
the same thing. Another reason some say students lack a growth mindset is
because students have difficulty seeing the practicality of what they are
learning, for example, a student might have difficulty calculating the area of
a pyramid while studying a geometry unit, and rather than persevere and try
harder when the situations becomes challenging, they might simply ask
themselves ‘what it the point of me learning this anyway? How is this going to
benefit me?’. If even mathematics teachers cannot give a decent response to
these sorts of questions it might further validate the students in their
mindset because they might take it to mean that there is no rebuttal for their
point, and therefore they are correct in their statements about math.This has given me a lot to think about, and I hope that as this year goes along I will be able to learn how to turn these negative situations into positive ones and help all my students to see the practicality, beauty and enjoyment that can come alone with an engagement of the subject of mathematics!
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