Dec 05, 2014
Responding to common patterns of student
thinking in mathematics
Artifact: video
Median, Mode, Range BingoI had students in small groups rotating into my game
group. The game was a review about median, mode or range. Students had a spinner that would land on either median mode or range. From there, they would pick five numbers for their data set from a random deck of numbers. Afterwards, they found either the median, mode, or range depending on what they spun. Students needed to consult with their team members to see if they got the answer right. If the answer was right, they could mark off either a median, mode, or range on their bingo board.
Student Misconception
At the beginning, before the game started, I had students review with me what the median, mode, and range were in order to help them with any common misconceptions during the game. They were also taught certain symbols and hand motions to help them memorize what each word means in which I utilized them in the video.
Artifact: PDF File from ELMS
Investigates learning progressions and common
misconceptions in mathematics
Conception of the Equal Sign
After reading this file, I was able to see a wide range of answers
and conceptions about the equal sign at different levels of students. From here, I was able
to think like an elementary school student and put myself on their levels. I was also able
to see that children in the same class learn at different rates and therefore their perceptions of a concept can be misconstrued at
all different levels.
Investigates common models and
representations used to assist in conceptual
understanding.
Artifact: Website Resource
http://www.counton.org/resources/misconceptions/
Misconceptions in Mathematics
This internet site offers a variety of many types of
misconceptions in math. When clicked, the PDF file offers
different models and representations and even types
of manipulatives to show children in order for them to
work through the misconception and create a conceptual understanding of
the problem
Committed to guiding learners toward
conceptual understanding of mathematics.
Artifact: Article
Cont.To the right of the article’s
introduction, there was a list of subheadings within this article that I read. These subheadings
included how to question students to understand their thinking, what should we do and don’t do as educators in order to comprehend their
understanding, how to assess how students are arriving at
their answers, etc.