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Eliciting Student Judgments Of Intrinsic Difficulty For Studying Student Misconceptions In Solving Basic Mathematics Items, Eric Magaram, Jean Phanor, Charles Secolsky, Preston Hasbrouck
Eliciting Student Judgments Of Intrinsic Difficulty For Studying Student Misconceptions In Solving Basic Mathematics Items, Eric Magaram, Jean Phanor, Charles Secolsky, Preston Hasbrouck
NERA Conference Proceedings 2011
The misconceptions of developmental mathematics students in solving basic arithmetic problems are becoming a national crisis. If instructors better understood the conceptions that students have that lead to incorrect responses when solving arithmetic problems, instruction of the material presented to the students may improve. Four groups of five students were given five basic math questions for a total of 20 questions, and the only instructions the students were given was to solve the problems out loud and to please continue talking. Their answers were transcribed and the student responses were used to create solution strategies for each of the 20 …
A Comparison Of Two Alternative Pathway Programs In Secondary Mathematics Teacher Certification, Brian R. Evans
A Comparison Of Two Alternative Pathway Programs In Secondary Mathematics Teacher Certification, Brian R. Evans
NERA Conference Proceedings 2011
The purpose of this study was to compare the mathematics content knowledge, attitudes toward mathematics, and concepts of self-efficacy held by teachers in two alternative pathways to mathematics teacher certification: New York City Teaching Fellows and Teach for America. Findings revealed that there were no differences between Teaching Fellows and TFA teachers in mathematics content knowledge, attitudes toward mathematics, and concepts of self-efficacy. However, learning and teaching journals revealed several differences between Teaching Fellows and TFA teachers.
Elementary Teachers’ Mathematical Content Knowledge, Efficacy, And Problem Solving Abilities In Alternative Certification, Brian R. Evans
Elementary Teachers’ Mathematical Content Knowledge, Efficacy, And Problem Solving Abilities In Alternative Certification, Brian R. Evans
NERA Conference Proceedings 2011
The purpose of this study was to understand teachers’ mathematical content knowledge, self-efficacy, problem solving abilities, and teacher beliefs in an elementary education mathematics methods course for special education teachers in the New York City Teaching Fellows and Teach for America alternative certification programs. Findings revealed a significant increase in mathematical knowledge and self-efficacy. Additionally, teachers were found to have high self-efficacy and strong problem solving abilities. Teachers generally found that helping students with disabilities learn mathematics was the biggest issue in their teaching, and that the use of technology and manipulatives were the most important topics in their learning.