The other week my cousin posted on her Facebook page, "It's official we're switching from a man-to-man to a zone defense." I saw the post and joyously commented congratulating them on their news. Earlier that same day, my wife saw that same post and thought nothing of it.
I arrived home later that night and asked my wife if she had heard the exciting news. Not knowing what I was talking about, I explained to her the nuances of the man-to-man and zone defenses in sports. She then understood the news, my cousin was having her third child!
In my tutoring session the other day, I was reviewing an algebra test that my stuent had recently gotten back from his teacher. The area that my student struggled with revolved around definitions. I understood his problem, most of the time definitions in math textbooks are written in a language only a mathematician would understand.
Much like football lingo for my wife, these definitions meant nothing in the words of the textbook. You need to think of the definitions in your own words and context. For example, one of the definitions he got wrong referred to the associative property of equations. We went back to the textbook and it said some garbage like,
"The grouping of the numbers to be added does not affect the sum. For example: (2 + 3) + 4 = 2 + (3 + 4). In general, this becomes (a ∗ b) ∗ c = a∗ (b ∗ c). This property is shared by most binary operations, but not subtraction or division or octonion multiplication"
Whoa, what in the world does that mean?
So we talked about it and came up with a definition that made sense to him. He said if I had two bowls of fruit with four pieces of fruit in total. It doesn't matter if I put an apple and orange, and a banana and pineapple in each bowl. Or that I put an apple and pineapple, and an orange and banana in each bowl. At the end of the day I still have one apple, one orange, one banana, and one pineapple. I thought that was great.
Math isn't just about memorizing definitions and rules. To understand something you must use the words, pictures, sounds, really anything that make sense to you.
I arrived home later that night and asked my wife if she had heard the exciting news. Not knowing what I was talking about, I explained to her the nuances of the man-to-man and zone defenses in sports. She then understood the news, my cousin was having her third child!
In my tutoring session the other day, I was reviewing an algebra test that my stuent had recently gotten back from his teacher. The area that my student struggled with revolved around definitions. I understood his problem, most of the time definitions in math textbooks are written in a language only a mathematician would understand.
Much like football lingo for my wife, these definitions meant nothing in the words of the textbook. You need to think of the definitions in your own words and context. For example, one of the definitions he got wrong referred to the associative property of equations. We went back to the textbook and it said some garbage like,
"The grouping of the numbers to be added does not affect the sum. For example: (2 + 3) + 4 = 2 + (3 + 4). In general, this becomes (a ∗ b) ∗ c = a∗ (b ∗ c). This property is shared by most binary operations, but not subtraction or division or octonion multiplication"
Whoa, what in the world does that mean?
So we talked about it and came up with a definition that made sense to him. He said if I had two bowls of fruit with four pieces of fruit in total. It doesn't matter if I put an apple and orange, and a banana and pineapple in each bowl. Or that I put an apple and pineapple, and an orange and banana in each bowl. At the end of the day I still have one apple, one orange, one banana, and one pineapple. I thought that was great.
Math isn't just about memorizing definitions and rules. To understand something you must use the words, pictures, sounds, really anything that make sense to you.