Math Scores Improve With a Little Perseverance and Support
November 25th, 2009A new study conducted by researchers at Rutgers University has found surprising results regarding struggling students and mathematics. The study focused on minority and low-income students at low performing schools for seven years, and found that those students who struggled their way through difficult math problems eventually had improved test scores and achievements.
According to associate professor Roberta Schorr, researchers found “there is a healthy amount of frustration that’s productive,” and that students gain satisfaction after struggling with a difficult problem. She further explained that many student’s talents go unnoticed without them being effectively challenged. The important piece is that this challenge takes place in a nurturing environment.
Schorr points to the common misconception that a student’s motivation has to do with his or her general preference toward or against math. But what her group found was that students who worked on tough problems with support felt satisfaction in addition to their frustrations, and were driven to work harder in the future—whether they reported “liking” math or not.
Debra Joseph-Charles, a former Newark middle school math teacher who is now a math coach in the district, put these findings to work. She gave her students complex word problems and then allowed them time to work at them in ways that pulled from each student’s individual strengths. In other words, visual learners could draw out the problem on paper and so on, integrating the theory of multiple learning types into the way she instructed the math class.
Using the Rutgers group learning method, the students in Joseph-Charles’s class then split into groups and explained how they arrived at their answer. Others in the group could give feedback about their methods, and then each group presented the best method to the class. Joseph-Charles saw a vast improvement in the students who were formerly failing or struggling. This improvement lead to better confidence, and these same students began showing more interest in math and, in turn, test scores began to rise.
This interesting study points back to motivation and its direct relation to success in math. When students are presented with difficult mathematical problems, but are supported as they work through them, they come away with a positive feeling, recognizing that frustration can be an opportunity for success, rather than a precursor to failure. It’s an important lesson that can be employed in other subjects, and in life goals in general.
Source: Yeung, Bernice. “Arithmetic Underachievers Overcome Frustration to Succeed,” www.edutopia.org.
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