CHAPTER II
REVIEW OF RELATED LITERATURE This chapter presents the thematic presentation of related knowledge which provided the researcher some pertinent background and relevant information in determining the proper technique applied in this study.
Self-Regulated Learning The continuously increasing number of students per classroom, changing economic, technological conditions of life, and global crisis that affect education require individuals to solve a wide range of problems they have never seen before. In such challenging tasks, people must acquire life-long learning skills to reach their goals. To adapt to the challenges of life, they need to be self-regulated and motivated in life. Mathematics should be regarded as a subject which is
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In particular, self-regulated learners are cognizant of their academic strengths and weaknesses, and they have a repertoire of strategies they appropriately apply to tackle the day-to-day challenges of academic tasks. These learners hold incremental beliefs about intelligence (as opposed to fixed views of intelligence) and attribute their successes or failures to factors (e.g., effort expended on a task, effective use of strategies) within their control (Dweck & Leggett, 1988; Dweck, 2002). Finally, students who are self-regulated learners believe that opportunities to take on challenging tasks, practice their learning, develop a deep understanding of subject matter, and exert effort will give rise to academic success (Perry et al., 2006). In part, these characteristics may help to explain why self-regulated learners usually exhibit a high sense of self-efficacy (Pintrich & Schunk, 2002). In the educational psychology literature, researchers have linked these characteristics to success in and beyond school (Pintrich, 2000; Winne & Perry, …show more content…
According to Clark (2003, p183), “Learners need higher self-regulatory skills to successfully initiate and complete self-directed learning than they need for classroom instruction.” Metacognitive strategies include changing behaviors based on the successes or lack of successes of those behaviors. Within formal learning situations, learners who were able to use metacognitive strategies would be able to adjust study techniques, activities within learning areas, and assignments based on past performance.
Moreover, according to Pintrich (1999) meta-cognitive and cognitive strategy include resource-management activities like time and effort management, seeking help from others, seeking information, and structuring environment for learning. Resource management activities can occur differently depending on what prior knowledge about students have in the subject and what resources they can use. The activities for resource management are not directly related to cognitive and meta-cognitive activities (Pintrich, 1999) but they are important for academic success (Hofer, Yu, and Pintrich,
External factors inevitably contribute to the processes of learning, however, a student’s task is to learn. Despite their
Dr. Derek Cabrera’s thought on metacognition, human and education is absorbing. He shares perspectives on four universal thinking skills: Distinctions; “Systems; Relationships; and Perspectives (DSRP)” that should be taught in learning institutions. Dr. Cabrera states, “Thinking is simply a process of structuring information and doing something meaningful with it.” Dr. Cabrera also argues that people lack critical analytical thinking, great at school work, but not real life situation. Education needs to be fixed from the bottom up; that can be accomplished by teaching thinking skills.
In “Is Your Child Ready For College Math?” the author builds an argument that many students may not be prepared with the mathematics skills to be college or career ready. The author uses reasons such as the fact that students may have taken insufficient mathematics courses; that they may have taken the wrong courses, or that students have not mastered the skills required to be college and/or career ready. The author provides supporting evidence from the text and compelling word choices to strengthen the logic and persuasiveness of his argument.
Mathematics is perceived to be a checklist of procedures and formulas, but it actually opens up my world into a limitless, open-ended, dynamic universe. Math is the foundation to scientific discoveries, the language of physics and engineering, the underlying principle of the natural law. Its strict rules guarantee intricate, complex and logical reasoning, yet it contains creativity, different approaches, and distinct avenues of thinking. Math is everywhere, defining the small and the big. In addition to mathematics, my head contains musings of studying human society and its relationships.
Metacognition is the process of thinking about thinking or being aware and understanding of one’s own thought process. As students and members of society, this still is critical to creating a high functioning world. For the individual, this provides a way to view past experiences and optimize successful ways of the past. As one continues throughout their education path, this skill is critical to creating a high function learning environment. Simply by looking at what was successful in the past, it becomes easier to develop assessments that are flexible to all learning styles.
Self-discipline is one main component I feel is demonstrated through sports and school. I have trained myself to not get overconfident or too low on myself when I make a mistake. When working on homework, I manage my time to complete my work before taking any personal
The overall goal of the book is to give guidance and understanding of how to help a student regulate themselves in given situations so they can complete a desired task. Often, students with self-regulation issues appear as students that are not trying hard enough to complete a task or defiant toward a task and are trying to get out of a task (McClelland, "Development and Self-Regulation"). However, the students are more likely trying to regulate themselves through actions that are not appropriate to the external situation. I have experienced students with self-regulation issues.
“Self-efficacy” is an important concept to keep in mind for students who are struggling with their literacy abilities “Research in the field of writing also shows that self-efficacy promotes motivation and learning and that modeling, goal setting, and self-evaluation exert desirable effects as well.” (Schunk, 2003, p. 6). Student’s self–efficacy play’s a huge role in their motivation and learning strategies. It is important for all students to have the confidence they need in order to participate in their studies efficiently and effectively. Student’s self-evaluations of their ability to perform in and out of the classroom is what indicates their perception of themselves as a student.
initiative for planning their own learning, seeking out the necessary resources, implementing and evaluating their own learning (tenant p10). The research by Tough prompted a multitude of research on the phenomenon. To date self-directed learning is one of the most widely researched area in the field of adult learning ( Owen , T Ross 2002). Categories of SDL Merriam, Caffarella & Baumgartner p107 have classified studies on self-directed learning into three broad categories. Each of these categories captures a major perspective of self-directed learning.
Self-determination. As Alvin move towards adulthood, he should be able to demonstrate a certain level of self-determined behaviors. He is expected to better manage his self-regulatory behavior, be increasingly independent in his daily life skills and be involved in his personal future planning. Essentially, self-determination provides a form of empowerment and having the abilities to steer a person’s own life, resulting in a more positive quality of life outcome. In promoting self-determination in my classroom teachings, Alvin will be more engaged in his schoolwork, improve in his work performance and behavioral outcomes.
Academic self-efficacy is influenced by cognitive interpretations of success and failure in tasks, but also influences effort, persistence and the cognitive resources that are used in seeking to interact with the academic context. Motivation and efficacy are enhanced when learning progress and comprehension are perceived. Strategies may influence self-efficacy and motivation, and students who believe that a new strategy can improve their performance may keep their initial motivation even if they perceive little progress if the new strategy gives a sense of control over achievement outcomes. In paper I, students who participated in relationships with faculty and student activities increased their perceptions of informal opportunities to influence their study conditions and sense of control, which enhanced their self-efficacy. High self-efficacy perceptions are also believed to make individuals engage in tasks that develop their skills and capabilities, while low-efficacy perceptions make students choose tasks that will not need development of new skills (Schunk, 1991).
Knowledge about cognition emphasizes the appraisal of one’s cognitive process and one’s own awareness; while regulation of cognition takes into account self-regulation and strategies leading to the achievement of self-regulation (Baker & Brown, 1984). Metacognition is significant in reading comprehension, communication, language, self-instruction, acquisition, attention, social cognition, self-control, memory, writing, problem solving, and personality development (Flavell, 1979). Metacognition enables people to learn and acquire the knowledge strategically and deal with new information predominantly (Everson & Tobias, 1998). While different approaches to learning literature have been criticized for failing to pay enough attention to the agency of the learner (Boshier & Huang, 2008; Haggis, 2003), metacognition has been valued as central to self-regulation and accounts of agency in learning (Kluwe 1982, cited in Dunlosky, Graesser, & Hacker,
I hAVE ALwAYS BEEN A mATh-ScIENcE girl. I sighed and sulked through classes on US History and French in eager anticipation of the formulas and applications I would be learning later in the day. I believe there are many factors which attribute to my success, two being my fascination and persistence. When I was seven I once asked what math was good for and why I should learn it. The answer I received simply does not do math justice, “One day when you’re in line at the grocery store the cashier will give you too little change and you’ll be glad you learned this.”
Having the knowledge and basic skills of mathematics enables a person to make personal and economic decisions in everyday life. A person can still succeed without achieving
Termed “mathematical resilience”, the ability to persevere with a problem solving has been linked to a higher performance, and can be linked to the growth mindset concept (Dweck, 2006) Although there isn't a definitive process for promoting mathematical resilience, it is an interesting thought that were teachers able to break through the barrier with pupils earlier, and develop the corresponding growth mindset, there might be potential for students to be able to productively take more control over their own mathematical development (Johnston-Wilder et al,