Abstract
A major aim of the study reported here was an investigation of the relationships between mathematical and cognitive processingandmetacognitive activities during problem solving by Year 11 Mathematics I students. During the firs! yeat,(me problem was used for video-taping, 'sessions whilst another was used in anexainination situation/oi/owed by free response interviews , where students reviewed their examination scripts reirospectively. In the sec()ndyear; the role of the problems was reversed and a structured interview was used. The interviews probed the students" metacognitive knowledge, strategies, decision making, beliefs and affects. Results' indicated that the students possessed quite a store of metacqgnitive knowledge H;'hich had the potential to influence their problem solving activities. Orientation activities were crucial with rnanystudentsfailing to inhibit impulsive responses to initial reading of the problem. Students were more concerned with the mechanics of solution execution and the tyranny of time than with planning, monitoring and verification strategies. The study supported the notion that students ' ',acquire and develop their store of metacognitive knowledge through metacognitiveexperiences , and social interaction.' Therewerein,dications that classroom practice and assessment techniques , emphasized the use of automatic routinized application offormulae and procedures at the expense of experiences where students needed to reflect on, monitor and evaluate their progress.