Gestures Helping Enhance Math Performance
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The purpose of this study was to show how gestures can enhance math performance. It was an experimental research study that looked at how gesture affects children’s math learning, particularly besides. The independent variable was gesture with three different conditions; gesture, no gesture, and partial gesture. The study’s dependent variable was the difference between pre- and post-test scores on a math task. The mediator variable was the speech being used during the lesson.
The major conclusion to this study was that the gesturing condition showed higher math scores than the parts. The partially correct, which was higher than the no gesture condition, showing that the gesturing aided in the child remembering the math task by using their body to perform it. The lesson was where the independent variable changed. Participants were brought in for the study and were first given a demographics worksheet. Once their demographics were determined, they were given a pre-test to be aware of prior knowledge. Once the pre-test was graded, a lesson was given either with a gesture that was grouping through two fingers, no gesture, or a partial gesture that was just pointing. Once the lesson on the math was given, the post-test was given. The experimenters then determined a difference from pre- to post-test scores.
However, in this study, there was no speech within the lesson. The only address used was, “This side is equal to the other side.” This was the only speech used within the course. Since this was the only speech, the lesson was highly dependent on the use of the gestures, which in my opinion, could be questionable. The questions arise, should gesture be tested with more verbal instruction. Does the gesture give the same effect? or One may also ask if this one relates to older or younger kids who are learning a different type of math.
References
Goldin, M. S., Cook, S. W, Mitchell, Z. A. (2009). Gesturing gives children new ideas about math.
Current Directions in Psychological Science, 17(5), 313-317.