One hundred forty students in grades 3, 5 and 8 were tested to compare error patterns for whole number addition, subtraction, multiplication, and division. Results showed that error patterns do persist from grade to grade. The most prevalent errors were: lack of mastery of basic addition and multiplication facts; failure to understand place value and numeration; and confusion with subtraction and regrouping. The study concluded that because error patterns endure, teachers must be prepared to identify and remediate, as well as prevent errors through informed methods. Future studies should focus on error patterns in other grades and the effect of computer assisted instruction on student errors
Learning to solve subtraction problems that require borrowing (e.g., 83–57=) is challenging, and the...
Pupils' mistakes, if suitably analysed, may give useful suggestions for improving the teaching/learn...
The domain of multiplication and division operations depends on both algorithm managementand the abi...
Division i s considered by many teachers to be one of the most difficult skills in an elementary sch...
Many errors in arithmetical computation are not random or careless; they are learned and have become...
Purpose The purpose of this descriptive study is to investigate why some elementary children have...
Includes bibliographical references (leaves 72-77)This investigation was a field-based study of the ...
This study examined various misconceptions committed by junior high school students in fraction addi...
Clinchy and Rosenthal's error classification sctme was applied to test results to determine its...
This study analyzed three fifth grade students’ misconceptions and error patterns when working with ...
Error patterns for arithmetic problems are very rich in information, but they are hard to investigat...
After much research and discussion with mathematics educators, it is apparent that secondary educati...
This research aims to study and classify errors in polynomials made by secondary school students. Th...
The focus of the research was on numerical errors committed in foundation phase mathematics. It ther...
Abstract: This study aimed at identifying the errors students commit when ordering, adding and subtr...
Learning to solve subtraction problems that require borrowing (e.g., 83–57=) is challenging, and the...
Pupils' mistakes, if suitably analysed, may give useful suggestions for improving the teaching/learn...
The domain of multiplication and division operations depends on both algorithm managementand the abi...
Division i s considered by many teachers to be one of the most difficult skills in an elementary sch...
Many errors in arithmetical computation are not random or careless; they are learned and have become...
Purpose The purpose of this descriptive study is to investigate why some elementary children have...
Includes bibliographical references (leaves 72-77)This investigation was a field-based study of the ...
This study examined various misconceptions committed by junior high school students in fraction addi...
Clinchy and Rosenthal's error classification sctme was applied to test results to determine its...
This study analyzed three fifth grade students’ misconceptions and error patterns when working with ...
Error patterns for arithmetic problems are very rich in information, but they are hard to investigat...
After much research and discussion with mathematics educators, it is apparent that secondary educati...
This research aims to study and classify errors in polynomials made by secondary school students. Th...
The focus of the research was on numerical errors committed in foundation phase mathematics. It ther...
Abstract: This study aimed at identifying the errors students commit when ordering, adding and subtr...
Learning to solve subtraction problems that require borrowing (e.g., 83–57=) is challenging, and the...
Pupils' mistakes, if suitably analysed, may give useful suggestions for improving the teaching/learn...
The domain of multiplication and division operations depends on both algorithm managementand the abi...