The phrase "algebra performance" is correct and usable in written English.
It can be used when discussing someone's ability or achievement in algebra, often in an educational context.
Example: "The teacher assessed the students' algebra performance through a series of tests and assignments."
Alternatives: "algebra skills" or "algebra proficiency."
Fig. 3 Object-based attention for algebraic sub-expressions predicts algebra performance.
Recent work has shown that performance with fractions on a number line estimation task predicts algebra performance, whereas performance with whole numbers on similar estimation tasks does not.
We presented middle school students with a battery of tests designed to measure relational understanding of fractions, procedural knowledge of fractions, and placement of fractions, decimals, and whole numbers onto number lines as well as algebra performance.
Because fractions are the first numbers that are relational expressions to which students are exposed, we investigated how understanding the relational bipartite format (a/b) of fractions might connect to later algebra performance.
Multiple regression analyses revealed that the best predictors of algebra performance were measures of relational fraction knowledge and ability to place decimals (not fractions or whole numbers) onto number lines.
For Syntax Knowers (left panel), by contrast, algebra performance improved with increasing object-based attention.
Results also showed that there is significant and strong relationship between student's Algebra problem solving performance and overall performance in the course (r = .721, p < 0.05).
Once the process algebra model generated, performance analysis of the modelled system can be carried out.
The results showed that there is no significant correlation between Algebra problem solving performance with shallow cognition strategy (r = -.134, p > 0.05).
Algebra problem solving performance was measured using a test which included routine and non-routine problems, based on the topics covered in the course.
The focus was on general skill building and motivation that aimed to boost student performance in Algebra I and Algebra II during the school year.
