Motivational beliefs,cognitive engagement,and achievement in language and mathematics in elementary school children

The contextual differences in the patterns of relations among various motivational, cognitive, and metacognitive components of self‐regulated learning and performance in two key curriculum subject areas, language and mathematics, were examined in a sample of 263 Greek primary school children of fifth‐ and sixth‐grade classrooms. Age and gender differences were also investigated. Students were asked to complete the Motivated Strategies for Learning Questionnaire (Pintrich & De Groot, 1990 ), which comprised five factors: (a) Self‐efficacy, (b) Intrinsic Value, (c) Test Anxiety, (d) Cognitive Strategy Use, and (e) Self‐regulation Strategies. They responded to the statements of the questionnaire on a 7‐point Likert scale in terms of their behaviour in mathematics and language classes, respectively. Moreover, their teachers were asked to evaluate each of their students' academic achievement in Greek language and mathematics on a 1‐ to 20‐point comparative scale in relation to the rest of the class. The results of the study indicated very few differences in the pattern of relations among self‐regulated components within and across the two subject areas and at the same time revealed a context‐specific character of self‐regulated components at a mean level differences. Further, the current study (a) confirmed the mediatory role of strategies in the motivation‐performance relation, (b) stressed the differential role of cognitive and regulatory strategies in predicting performance in subject areas that differ in their structural characteristics of the content, and (c) pointed out the key motivational role of self‐efficacy. In fact, self‐efficacy proved the most significant predictor not only of performance but of cognitive and regulatory strategy use as well. Gender differences in motivation and strategy use were not reported, while motivation was found to vary mainly with age. The usefulness of these findings for promoting greater clarity among motivational and metacognitive frameworks and ideas for future research are discussed.     

Metacognition and mathematics strategy use

The role of children's metacognitive knowledge in their mathematics strategy use was studied by a longitudinal examination of second graders' effort attributions, metacognition for mathematics, and strategy use while solving mathematics problems. Children's correct use of retrieval, internal and external strategies, and the prevalence of strategy use were assessed in September and the following January. Effort attributions for success and failure were also assessed at both points in time. In January, metacognitive knowledge about mathematics strategies was measured. Second graders possess metacognitive knowledge about mathematics strategies, and this knowledge is correlated most strongly with the tendency to use internal strategies in September and correct internal strategy use in September. Effort attributions measured at both timepoints were significantly related to metacognition. Effort attributions in January also correlated with the tendency to use internal strategies in January. In general, the results are consistent with self-system theories, which posit that metacognition, motivation, and strategy use work together to promote learning.     

Explaining Social Disparities in Mathematical Achievement: The Role of Motivation

This study examined the role of motivation as a mediator of the relationship between parents' socio‐economic status (SES) and children's standardized test achievement in math. We employed a one‐year longitudinal approach using Programme for International Student Assessment (PISA) 2003 and a follow‐up exam in 2004. The sample consisted of N = 6020 German students (mean age 15.5 years, SD = .55) who continued school after Grade 9 (PISA 2003) and were in Grade 10 at the time of PISA 2004. Children completed measures related to their parents' SES, math‐specific self‐concept, task‐specific and global self‐efficacy, and interest, intelligence and mathematical competence. We found a small to moderate correlation between parents' SES and children's achievement. All motivational constructs partially mediated the relationship between father's SES as well as a family index for SES (economic, social, and cultural status) and children's mathematical competence, but only math‐specific self‐concept and self‐efficacy were significant mediators for mother's SES. Even when simultaneously considering the mediating effect of children's intelligence and prior achievement, the mediation effects of motivation remained significant. These results are important for our understanding of educational equality. Copyright © 2016 European Association of Personality Psychology     

Learning to reflect and to attribute constructively as basic components of self‐regulated learning

Background. Higher education is facing a number of problems: adjusting to larger and more heterogeneous student populations, increasing the number of graduating students, and preparing for lifelong learning. Improving learning competence can make a substantial contribution to solving each of these major concerns. The growing knowledge base on self‐regulated learning was taken as one of the main starting points for our study. Aims. In this article we report on reflection and attribution as basic components of self‐regulated learning. We examine their trainability and their effect on academic performance. This study is part of a wider research project aimed at improving meta‐cognitive knowledge as well as affective, conative and regulation skills. The experimental treatment consisted of an integrated set of instructional conditions, which were operationalized in a series of training sessions, as well as practice and transfer tasks. Sample. The participants in this study were 141 first year students of business economics. The experimental group and both control groups each consisted of 47 students. Method. The effects of the learning environment were investigated using a quasi‐experimental design. To control for unintended effects of the design the experimental and the first control group had the same number of teaching hours (time‐on‐task) and both teachers and students were not informed about the experimental design. Attribution and reflection behaviour was measured through specific assignments; study results during and after the intervention period were taken as indicators of academic performance. To test the hypotheses, t tests and effect‐sizes were calculated. Results. After the intervention the experimental students showed a higher degree of reflective behaviour than the control students. Moreover, their attribution skills had also measurably improved. The experimental students obtained better study results than their peers in the control groups. Conclusions. This intervention study, focused on the combined training of learning to reflect and to attribute constructively, provides evidence of the successful fostering both of meta‐cognitive and of conative learning activities resulting in a positive impact on academic achievement.     

Patterns of problem‐solving in children's literacy and arithmetic

Patterns of problem‐solving among 5‐to‐7 year‐olds' were examined on a range of literacy (reading and spelling) and arithmetic‐based (addition and subtraction) problem‐solving tasks using verbal self‐reports to monitor strategy choice. The results showed higher levels of variability in the children's strategy choice across Years 1 and 2 on the arithmetic (addition and subtraction) than literacy‐based tasks (reading and spelling). However, across all four tasks, the children showed a tendency to move from less sophisticated procedural‐based strategies, which included phonological strategies for reading and spelling and counting‐all and finger modelling for addition and subtraction, to more efficient retrieval methods from Years 1 to 2. Distinct patterns in children's problem‐solving skill were identified on the literacy and arithmetic tasks using two separate cluster analyses. There was a strong association between these two profiles showing that those children with more advanced problem‐solving skills on the arithmetic tasks also showed more advanced profiles on the literacy tasks. The results highlight how different‐aged children show flexibility in their use of problem‐solving strategies across literacy and arithmetical contexts and reinforce the importance of studying variations in children's problem‐solving skill across different educational contexts.     

Self-regulated learning among teacher education students: Motivational beliefs influence on the use of metacognition

In the present study, we examined the relationships between motivational beliefs (self-efficacy, task value, and control of learning beliefs) and use of metacognitive learning strategies among teacher education students in Uganda. The sample comprised of 649 students selected from seven universities. Data were collected using several scales from the modified Motivated Strategies for Learning Questionnaire, and analysed using Structural Equation Modelling. Task value and self-efficacy independently and significantly predicted students’ reported use of metacognition. Students’ self-reported self-efficacy and task value explained 38% of the variance in their use of metacognition. The evidence suggests interventions aimed at improving teacher education students’ metacognitive skills to focus on enhancing their efficacy and value beliefs.     

Relations among competence beliefs,utility value,achievement goals,and effort in mathematics

Background. Research has shown that motivation is a key factor in the learning process as well as in school achievement. In essence, a number of researchers have highlighted the close link between motivation and achievement‐related behaviours such as effort. Aims. The present study aims to acquire more specific information concerning the relations between competence beliefs, utility value and achievement goals in mathematics among secondary school students, to further document the influence of social agents, and to better understand the relationships between these variables, as well as to effort. Sample. Participants were 759 Grade 7 to Grade 11 students (389 males, 370 females). Method. Structural equation modelling techniques were used to test a model of achievement‐related behaviours (effort) in mathematics based on support from social agents, competence beliefs, utility value and achievement goals. Several self‐reported scales were administered. Results. Results indicate that effort in mathematics is mainly explained by mastery goals and competence beliefs. As for the role of social agents, results demonstrated that the perception of parental support chiefly explained variables associated with the valuing of mathematics while teachers' support acted most on competence beliefs. Conclusions. Two main conclusions stem from our results. First, mastery goals have an important and significant impact on students' effort in the learning of mathematics. Second, the nature and the strength of the relationships between competence beliefs, utility value, achievement goals and effort are not significantly influenced by age and gender, at least in mathematics.     

Classroom context,teacher expectations,and cognitive level: Predicting children's math ability judgments

Classroom practices that make ability differences salient communicate differential teacher expectations for students. This study reports on a new observational tool for measuring Classroom Ability-based Practices (CAP) and explores how young children's self-perceptions of ability in mathematics are related to their teachers' expectations for them and to their cognitive reasoning skills in classrooms that vary in usage of such ability-differentiated practices. The sample consisted of 193 children and their teachers in 15 first grade classrooms. The CAP was a reliable measure of ability-based differential teacher treatment and showed criterion validity as a moderator variable in predicting children's ability perceptions. In highly ability-differentiating classrooms, children's self-ratings were more congruent with teachers' expectations of students' mathematics ability. Also in highly ability-differentiating classrooms, higher cognitive levels predicted lower self-ability ratings in math. These findings extend our understanding of the social and cognitive factors that shape young children's self-judgments of math competence.     

Training self‐assessment and task‐selection skills to foster self‐regulated learning: Do trained skills transfer across domains?

Students' ability to accurately self‐assess their performance and select a suitable subsequent learning task in response is imperative for effective self‐regulated learning. Video modeling examples have proven effective for training self‐assessment and task‐selection skills, and—importantly—such training fostered self‐regulated learning outcomes. It is unclear, however, whether trained skills would transfer across domains. We investigated whether skills acquired from training with either a specific, algorithmic task‐selection rule or a more general heuristic task‐selection rule in biology would transfer to self‐regulated learning in math. A manipulation check performed after the training confirmed that both algorithmic and heuristic training improved task‐selection skills on the biology problems compared with the control condition. However, we found no evidence that students subsequently applied the acquired skills during self‐regulated learning in math. Future research should investigate how to support transfer of task‐selection skills across domains.     

The teaching of mathematics in Chinese elementary schools

China is a country with a long history and glorious civilization. Its tradition of putting emphasis on early education, especially children's learning of mathematics, is well known throughout the world. The superior achievements of elementary school students in mathematical learning have been attributed to the unique characteristics of the Chinese language, the simplicity of the Chinese number naming system, and the specific social environmental influence in Chinese society. Aside from the logical reasoning characteristics of the Chinese language, people usually count things in numerical order, e.g., Weekday 1, Weekday 2; Month 1, Month 2, etc., so that Chinese children become familiar with numbers at an early age, and are skillful in mental arithmetic operations. Training in good computational skills is crucial in the early period of mathematics learning. By use of the multiplication table, a cultural heritage of more than 2000 years that consists of a set of rhythmic formulae of multiplications, children can easily recall the product of two single‐digit numbers quickly and accurately, and find the quotient of a division directly. Mathematics teaching in elementary schools plays an essential role in the development of children's mathematical thinking ability, always a core task of teaching in China. Elementary school teachers have initiated various teaching methods to promote children's thinking to follow the course from the concrete to the abstract. Some of these effective methods are introduced in this paper. In the educational reform of China, the Ministry of Education proclaimed a new standard for the teaching of mathematics courses in elementary schools. Due to the availability of computers, some changes have been made in the requirements for written calculations. Intuitive thinking as well as creative abilities are to be cultivated. In order to meet the new standards, the role of the teacher is emphasized. The teaching/learning plan will be an interactive programme between teacher and students.     

Metacognitive monitoring and control processes involved in primary school children's test performance

Background Within the context of students' self‐regulated learning, the interplay between learners' individual characteristics and the context of testing have been emphasized for assessing learning outcomes. Aims The present study examined metacognitive monitoring and control processes in elementary schoolchildren's test taking behaviour and explored the impacts of these metacognitive skills for the accuracy and the quantity of test performance. Sample and methods A total of 133 participants from third and fifth grade did a cloze test about a previously learned science topic, gave confidence judgments for every answer, and were then allowed to cross‐out answers if they wished. Two different mock scoring schemes for test performance were compared with a control group. Results Results revealed well‐developed monitoring skills indicating that by the age of 9 children can reliably distinguish between correct and incorrect answers. As for control skills, 11‐ and 12‐year‐olds proved to be better able to improve their test performance by selectively withdrawing answers that would have been incorrect than the 9‐ to 10‐year‐olds. Conclusions The study offers evidence for the impact of metacognitive processes in students' learning outcomes and documents strategic behaviour during test taking, as well as developmental progression in the involved skills.     

Motivational‐emotional vulnerability and difficulties in learning to read and spell

Background: Although the relationship between motivation and learning problems has been studied in older children, little is known about how these factors interact during the first years of schooling or even earlier. Aims: To compare the development of motivational‐emotional profiles from preschool to grade 2 between groups classified as poor readers, good decoders and good readers in grade 2. To study the possibility that diverging motivational‐emotional paths occur concomitantly with school experience. Sample: A total of 127 children were followed longitudinally from preschool up to the second grade. In preschool, their mean age was 6 years 8 months. Method: Two different methods tapping motivational‐emotional vulnerability were used. Firstly, researchers at preschool age and classroom teachers in grades 1 and 2 rated children's task, ego‐defensive and social dependence orientations. Secondly, an experimental situation was arranged each year where children's play behaviour with LEGO® bricks was observed in free play vs. in induced pressure situations, and their motivational orientations were scored. Results: In preschool, the motivational‐emotional profiles were almost the same among the three prospective reading‐level groups, but in grades 1 and 2, classroom teachers rated poor readers as less task‐oriented and more ego‐defensive and socially dependent compared to good decoders and good readers. The ratings were corroborated by observational data on play behaviour in induced pressure situations. Conclusions: Early problems in learning to read and spell are related to motivational‐emotional vulnerability in learning situations in the school context.     

A lag between understanding false belief and emotion attribution in young children: Relationships with linguistic ability and mothers' mental‐state language

This study examines the contribution of children's linguistic ability and mothers' use of mental‐state language to young children's understanding of false belief and their subsequent ability to make belief‐based emotion attributions. In Experiment 1, children (N = 51) were given three belief‐based emotion‐attribution tasks. A standard task in which the protagonist was a story character and the emotional outcomes were imagined, and two videos in which the story protagonist was a real infant and the emotional outcomes were observable (high and low expressed emotion conditions). Children's verbal ability (semantic competence) was also measured. In Experiment 2, children (N = 75) were given two belief‐based emotion tasks: the standard story task and the high expressed emotion video. In addition, children's verbal ability (syntactic competence) and mothers' use of mental‐state attributes when describing their children were also measured. The results showed that: (1) the lag between understanding false belief and emotion attribution was a stable feature of children's reasoning across the three tests; and (2) children who were more linguistically advanced and whose mothers' described them in more mentalistic terms were more likely to understand the association between false belief and emotion. The findings underline the continuing importance of verbal ability and linguistic input for children's developing theory‐of‐mind understanding, even after they display an understanding of false belief.     

The Effects of Precision Teaching and Self-regulated Learning on Early Multiplication Fluency

Fluent recall of basic facts is essential to the development of more complex math skills. Therefore, failure to develop fluency with basic facts may impede the development of these skills. The present study used a between-group experimental design to investigate whether a basic facts fluency program, implemented within a self-regulated learner (SRL) framework, could lead to increased fluency with multiplication facts for Year 5 and Year 6 New Zealand students (9–10 years old). This study also investigated the extent to which the SRL program altered students’ basic facts practice behavior outside of school hours. The study found that the SRL program resulted in rapid fluency development that was maintained over time. Nomothetic and idiographic analysis confirmed that the program was suitable for use within Tier 1 of the response to intervention framework. In addition, the study also found that students who received the program altered their practice behavior outside school hours. The results from this study show how elements of self-regulated learning and precision teaching can be successfully combined to enhance students’ mathematics achievement.

     

An investigation of the impact of young children's self‐knowledge of trustworthiness on school adjustment: A test of the realistic self‐knowledge and positive illusion models

The study aimed to examine the relationship between self‐knowledge of trustworthiness and young children's school adjustment. One hundred and seventy‐three (84 male and 89 female) children from school years 1 and 2 in the United Kingdom (mean age 6 years 2 months) were tested twice over 1‐year. Children's trustworthiness was assessed using: (a) self‐report at Time 1 and Time 2; (b) peers' reports at Time 1 and Time 2; and (c) teacher‐reports at Time 2. School adjustment was assessed by child‐rated school‐liking and the Short‐Form Teacher Rating Scale of School Adjustment (Short‐Form TRSSA). Longitudinal quadratic relationships were found between school adjustment and children's self‐knowledge, using peer‐reported trustworthiness as a reference: more accurate self‐knowledge of trustworthiness predicted increases in school adjustment. Comparable concurrent quadratic relationships were found between teacher‐rated school adjustment and children's self‐knowledge, using teacher‐reported trustworthiness as a reference, at Time 2. The findings support the conclusion that young children's psychosocial adjustment is best accounted for by the realistic self‐knowledge model ( Colvin & Block, 1994 ).     

The relationship between epistemological beliefs,implicit theories of intelligence,and self‐regulated learning among Norwegian postsecondary students

Background. More empirical work is needed to examine the dimensionality of personal epistemology and relations between those dimensions and motivational and strategic components of self‐regulated learning. In particular, there is great need to investigate personal epistemology and its relation to self‐regulated learning across cultures and academic contexts. Because the demarcation between personal epistemology and implicit theories of intelligence has been questioned, dimensions of personal epistemology should also be studied in relation to implicit theories of intelligence. Aims. The primary aim was to examine the dimensionality of personal epistemology and the relation between those dimensions and implicit theories of intelligence in the cultural context of Norwegian postsecondary education. A secondary aim was to examine the relative contribution of epistemological beliefs and theories of intelligence to motivational and strategic components of self‐regulated learning in different academic contexts within that culture. Samples. The first sample included 178 business administration students in a traditional transmission‐oriented instructional context; the second, 108 student teachers in an innovative pedagogical context. Methods. The dimensionality of the Schommer Epistemological Questionnaire was examined through factor analyses, and the resulting dimensions were examined in relation to implicit theories of intelligence. We performed multiple regression analyses, separately for the two academic contexts, to try to predict motivational (i.e. self‐efficacy beliefs, mastery goal orientation, and interest) and strategic (i.e. self‐regulatory strategy use) components of self‐regulated learning with epistemological beliefs and implicit theories of intelligence. Results. Considerable cross‐cultural generalizability was found for the dimensionality of personal epistemology. Moreover, the dimensions of personal epistemology seemed to represent constructs separate from the construct of implicit theories of intelligence. Differences in the predictability of the epistemological dimensions were found for the two samples. For the student teachers, belief about knowledge construction and modification was a better predictor of self‐regulated learning. For the business administration students, belief about the certainty of knowledge played a more important role in self‐regulated learning. Conclusions. Epistemological beliefs predict self‐regulated learning among Norwegian postsecondary students and play more important roles than implicit theories of intelligence. Relations between epistemological beliefs and self‐regulated learning may vary with academic context.     

Trait emotional intelligence influences on academic achievement and school behaviour

Background. Trait emotional intelligence (trait EI or trait emotional self‐efficacy) refers to individuals’ emotion‐related self‐perceptions ( Petrides, Furnham, & Mavroveli, 2007 ). The children's trait EI sampling domain provides comprehensive coverage of their affective personality. Preliminary evidence shows that the construct has important implications for children's psychological and behavioural adjustment. Aims. This study investigates the associations between trait EI and school outcomes, such as performance in reading, writing, and maths, peer‐rated behaviour and social competence, and self‐reported bullying behaviours in a sample of primary school children. It also examines whether trait EI scores differentiate between children with and without special educational needs (SEN). Sample. The sample comprised 565 children (274 boys and 286 girls) between the ages of 7 and 12 (M_(age)= 9.12 years, SD= 1.27 years) attending three English state primary schools. Method. Pupils completed the Trait Emotional Intelligence Questionnaire‐Child Form (TEIQue‐CF), the Guess Who peer assessment, the Peer‐Victimization Scale, and the Bullying Behaviour Scale. Additional data on achievement and SEN were collected from the school archives. Results. As predicted by trait EI theory, associations between trait EI and academic achievement were modest and limited to Year 3 children. Higher trait EI scores were related to more nominations from peers for prosocial behaviours and fewer nominations for antisocial behaviour as well as lower scores on self‐reported bulling behaviours. Furthermore, SEN students scored lower on trait EI compared to students without SEN. Conclusions. Trait EI holds important and multifaceted implications for the socialization of primary schoolchildren.     

The role of achievement goal orientations in students' perceptions of and preferences for classroom environment

Background . Recent research on achievement motivation has begun to examine the effects of environmental factors affecting students' motivational beliefs and goal tendencies. However, when interpreting and applying the results, individual factors underlying students' different perceptions of their learning environment are often ignored. An implicit assumption seems to be that regardless of their dispositional differences (e.g. motivational basis), students will experience and benefit from instructional practices in the same way. Aims . This paper highlights the importance of students' dispositional motivational factors when examining differences in their perceptions of and preferences for the learning environment. The study builds on a conception of student motivation that emphasizes the interaction of individual and contextual factors. Sample and method . Questionnaires served as self‐report tools and assessed students' achievement goal orientations, self‐esteem, causality beliefs, academic withdrawal and perceptions of and preferences for the learning environment. The sample consisted of 208 sixth grade elementary school students. Results . Based on latent class cluster analysis and one‐way analyses of variance, it was found that students' perceptions of and preferences for the learning environment vary depending on differences in students' motivational tendencies. Conclusions . Students' dispositional motivational characteristics should be taken into account both in theoretical considerations and in instructional interventions.