Wednesday, October 15, 2014

Changing Math Language

This post is to go on about a comment that was made by Mr. Anderson in his blog “the ultimate question of life the universe and everything”. 

Learning would definitely be a lot less adversarial if students could think about math positively! I feel as educators we need to change the way we talk about math and be mindful of the language we use surrounding the teaching and learning of math.  For example, perhaps we could regard “math problems” as “math puzzles”.  I understand this may seem unusual and very minimal in targeting student reluctance and hesitation to math, however word associations are deep rooted in one’s thoughts and beliefs.  The word problem is synonymous with the following: dilemma, predicament, crisis, setback, and more, all of which can be related to feelings of fear, difficulty, uncertainty, and trouble.  The word puzzle on the other hand is synonymous with riddle, mystery, brainteaser, ect, which often relates to feelings of excitement, curiosity, and interest.  The word puzzle has a more positive connotation than the word problem.  In my opinion students would be more inclined and more interested for that matter in solving puzzles and than solving problems.  I realize this may seem a bit absurd; however as teachers I feel we must be conscientious of the language we use in our classrooms and try and take our students’ perspective. I myself would be more engaged in solving puzzles because it sounds fun and inviting. 

There are many other terms or phrases we could also modify that are not necessarily restricted to math.  For instance, I once worked with a teacher who hated the word “test”.  She was adamant about not using the term, especially with students.  She would however use terms like activities, or in class assignment, or challenge, instead of using tests.  Her view was that students often respond to the word test with fear and anxiety, which countless studies and personal experiences have proven to be true.  At first I thought this teacher was rather over the top and just maybe was taking this a bit too fair, but I was surely proven wrong.  Students were eager to complete their “math challenge” and less worried about studying or how they should prepare for a test.  It was the simplest thing and yet it made such a difference in student response. It’s funny how a word can change everything!

By no means am I trying to say that math language is the ultimate cause of why students are resistant to engaging in math! I think that if we make an effort to change how we discuss math and the language surrounding it, students may be more inclined to participate, or at the very least be less negative towards the subject.  I urge all of you reading this to try and replace the term “math problem” with “math puzzle”. I am curious to know if you find any differences in student participation and overall sentiments!

Now if only there was a more positive way to say “I’m late for work!”  

Cheers!

(ps. math memes are hilarious!)

Sunday, October 12, 2014

Cross-Curricular Math Ideas




I find Cross-Curricular Teaching very essential. In my opinion, it provokes and creates deep learning and engages the whole student –his heart, mind, body, and soul. This website takes you to “Cross-Curicular Math” resources created for you to explore how Math can be connected with other subjects and how it is needed in a real life.
This web site, I would like to share with you, will take you into some deeper cross-curricular ideas, such as Exploring how Math is used in helping to restore medieval frescoes; How can Math help us understand musical pitch and rhythm; or How mathematicians and scientists use experiments to model what happens in avalanches by using collecting data and displaying their findings with graphs. Just watching this I am ready to teach with more of Cross-Curricular Maths Resources shared on MOTIVATE:

 

 
How about using Math when creating a movie with students. 
How do they create those incredibly life-like computer generated images in the movies? 
They say, that one of the basic movements an object can perform is a rotation around a given axis and through a given angle.



  
Co-ordinate geometry gives us the tools to calculate the position of each point on the object after it has been rotated. They definitely use and need Math for that. 
See for yourself an article created by Joan Lasenby:    http://plus.maths.org/content/maths-goes-movies

 

We can start with motivating your students just by watching this creative team working behind the scene in Pixar Studios: