Self-Regulation and Learning Practice Quiz (64 questions)

Explanation

Triadic reciprocal causality describes personal, behavioral, and environmental influences as interacting, with each affecting and being affected by the others. A one-way behavioral influence omits the reciprocal interaction, while social learning through observation and enactive learning through consequences name learning processes rather than this three-way system.

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Social cognitive theory extends social learning theory by including cognitive factors such as beliefs, expectations, and self-perceptions. Social learning theory emphasizes observation, enactive learning concerns consequences for one’s own behavior, and modeling is learning-related change through observing another person.

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Modeling is a change in behavior, thinking, or emotions that occurs through observing another person. Social cognitive theory is a broader account of learning and motivation, enactive learning involves consequences for one’s own behavior, and direct reinforcement follows one’s own successful task completion.

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Bandura’s four essential elements include attention, retention, production, and motivation to repeat the behavior; the trainee lacks the last element. Attention concerns noticing the model, retention concerns remembering the sequence, and production concerns being able to perform it.

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Observational learning distinguishes acquisition from performance: the student can acquire the method by watching but delay performing it until motivated or incentivized. Immediate performance is not required to show acquisition, and retention and production are separate elements.

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Observational learning can be influenced by model prestige, outcome expectations, and values, among other factors. Direct reinforcement concerns rewards after the observer succeeds; model competence and developmental status can matter, but neither alone accounts for the stated combination.

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Human agency is the capacity to exert intentional influence over one’s functioning and the course of events through one’s actions. Reinforcement describes a behaviorist focus, task capability describes self-efficacy, and broad self-evaluation describes self-concept.

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Self-efficacy is the belief that one can organize and execute the actions required for a particular attainment. Expected rewards concern outcomes, self-esteem concerns self-worth, and agency is the broader capacity for intentional influence.

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Social cognitive theory treats people as capable of influencing their behavior and environment, so the student’s choices are part of the explanation. Behaviorism centers environmental reinforcement and punishment; self-efficacy and self-concept refer to different kinds of self-beliefs.

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Seeing someone else perform a task provides a vicarious experience that can inform one’s belief about capability. Personal mastery requires one’s own experience, social persuasion involves evaluations or feedback, and arousal concerns emotional or physiological responses.

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Self-efficacy is a context-specific belief about capability to perform a particular task, such as giving this presentation. Self-esteem concerns self-worth, self-concept is broader, and agency concerns coordinating skills, motivation, and emotions toward goals.

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Self-concept is a more global self-perception shaped by internal and external comparisons, whereas self-efficacy judges capability for a particular task. Self-esteem concerns self-worth, not capability to solve the equation.

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Self-esteem is a judgment of self-worth shaped largely by the value placed on performance in a domain and concern about others’ opinions of competence. Self-efficacy concerns task capability, self-concept is a broader self-perception, and agency concerns intentional influence.

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Bandura identified mastery experiences, vicarious experiences, social persuasion, and physiological and emotional arousal as the four sources. Goal setting and persistence are related to self-efficacy but are not members of this source list.

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A mastery experience involves interpreting one’s own direct performance, and success tends to strengthen efficacy beliefs. Observing someone else is vicarious experience, feedback is social persuasion, and bodily reactions are arousal.

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Vicarious experiences arise from observing another person’s performance and can alter beliefs about one’s own capabilities. A mastery experience requires interpreting one’s own performance, while persuasion and arousal involve messages and reactions, respectively.

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Social persuasion consists of evaluative messages from people around students that convey information about their capabilities. A personal performance is a mastery experience, peer observation is vicarious, and physical or psychological reactions are arousal.

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Higher self-efficacy is associated with greater effort and persistence, higher goals, less fear of failure, and willingness to try new strategies when existing ones fail. Avoiding another attempt reflects the opposite pattern, while waiting for reassurance is not the specific response described.

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Teachers can support student self-efficacy by setting short-term goals, teaching specific learning strategies, and making students aware of achievements as evidence of increasing competence. General praise or omitting strategy instruction misses key elements of this approach.

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Teachers’ sense of efficacy is their belief that they can reach even difficult students and help them learn. Student self-efficacy concerns students’ own beliefs, while management skill and subject-matter confidence are narrower constructs.

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Self-regulation involves activating and sustaining thoughts, attention, behaviors, and emotions to reach goals. Self-regulated learning narrows this to learning, selective attention omits other elements, and external regulation implies control by someone else.

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Self-regulated learning involves analyzing tasks, setting goals, applying skills, maintaining motivation, monitoring progress, and adjusting how one learns. Goal setting alone, checking only at the end, or relying on a teacher for motivation and adjustments each leaves out key components.

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Self-regulated learners understand the task, plan, monitor progress, and adjust strategies as needed, so evidence of poor progress calls for revising the approach. Continuing unchanged ignores monitoring, switching tasks skips task understanding, and planning without checking omits monitoring.

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The three major influences on developing self-regulatory skill and will are knowledge, motivation, and self-discipline or volition. Academic achievement, supervision, peer approval, intelligence, and monitoring may matter in learning but are not the specified trio.

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Higher self-efficacy for managing learning tasks is associated with more effective self-regulatory strategies and better school performance. Reversing that relationship is incorrect, separating strategy use from performance misses the reported link, and general self-esteem is a different concept.

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Volition is an internally driven, intentional decision to act on behalf of valued goals. Habitual behavior lacks that deliberate choice, external compliance is not internally driven, and an emotional reaction is not necessarily an intentional goal-directed decision.

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Grit is characterized by perseverance and passion in pursuing long-term goals. Momentary motivation is short-term, self-efficacy concerns belief in one’s capabilities, and self-discipline does not by itself capture passion for a long-term goal.

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Social cognitive theory explains success through interacting personal, environmental, and behavioral factors, so grit alone is insufficient. Treating grit as a complete explanation overstates one personal factor, while excluding behavior or personal factors omits part of the interaction.

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Self-regulation generally improves as neurobiological systems develop, but environmental stressors and social isolation can hinder that progress. The maturation-only answer overlooks environmental influences; the acceleration answer reverses their effect; and the unchanged answer treats isolation as irrelevant.

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Learners first observe and emulate modeled skills, then internalize strategies as they become competent, and eventually apply them independently in new situations. Starting with independent use reverses the learning sequence; placing internalization after independent transfer reverses its timing; and continued dependence omits the final independent stage.

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Inhibitory control resists impulsive urges, working memory holds information during other mental operations, and cognitive flexibility enables considering different perspectives. The alternatives misassign one or more of these functions, such as treating perspective shifting as working memory.

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Shared regulation involves students and teachers regulating one another through reminders, prompts, and guidance. Co-regulation instead emphasizes learners gradually internalizing skills through modeling, teaching, feedback, and coaching; independent regulation does not describe mutual guidance.

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Online learners need metacognitive and self-regulatory skills to judge information credibility and remain focused in demanding, potentially socially isolated environments. Collecting more sources does not replace credibility evaluation, while accepting the first plausible claim and postponing study undermine these needs.

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Scaffolds, prompts, and learning supports can enhance self-regulation and reduce cognitive burden, especially when concepts are challenging. More unstructured content or a faster pace does not provide that support, and removing guidance eliminates the scaffolding the learners need.

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School-based programs developing these skills are associated with gains in mental health, social adjustment, and academic achievement both short and long term. Limiting gains to program attendance narrows the reported time frame; excluding social or academic outcomes omits part of the associated benefits.

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Teacher stress can spread to students, so training teachers in emotional and social regulation can support students’ learning and social environments. Treating the stress as unrelated overlooks its contagious effect, while subject-focused or workload-only responses do not address the stated mechanism.

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Teachers can foster regulation by building trust, helping students recognize and express feelings, developing empathy, teaching coping strategies, and addressing cultural differences. Suppression bypasses recognition and expression; a uniform expression standard ignores cultural variation; and discussion without coping strategies leaves out an important support.

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Teachers who handle classroom stressors effectively demonstrate both high teaching self-efficacy and positive emotional self-regulation. Emotional exhaustion contrasts with positive regulation, and student self-efficacy is not the teacher characteristic described.

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Self-regulated learning and learning self-efficacy develop through complex, meaningful tasks over extended periods when students have agency over their processes and products. Repetitive short practice lacks the task conditions; teacher control removes agency; and student direction without meaningful, sustained work omits the other conditions.

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Teachers support self-regulated learning by involving students in setting evaluation criteria, enabling reflection against those standards, and encouraging peer collaboration and feedback. Hidden criteria prevent standards-based reflection, a final score does not involve ongoing self-evaluation, and collaboration without feedback omits a key support.

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Complexity refers to design features such as multiple goals and meaningful components, rather than a high level of difficulty; tasks should challenge without overwhelming students. Equating complexity with difficulty mistakes the documented distinction, while manageability does not eliminate design complexity.

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Student choices can increase expectations of success, effort, persistence through difficulty, responsibility for planning and evaluation, and motivation to complete tasks. Reduced persistence, lower success expectations, and diminished evaluation responsibility each contradict one of the reported effects of choice.

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The sequence fades from whispered instructions to guidance through private speech. Self-instruction aloud belongs to an earlier stage, while adult modeling and external guidance occur at the beginning.

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The four skills are listening, planning, working, and checking. Motivation and reflection are related learning concepts, but they are not members of this self-management set; evaluating and collaborating also do not replace the listed skills.

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Supportive self-evaluation is nonthreatening, integrated into ongoing activity, attentive to processes and products, and focused on personal progress; errors become learning opportunities. Treating errors as failure, emphasizing ranking, or postponing evaluation conflicts with these principles.

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Collaboration can make students more receptive to challenging assignments while enabling shared problem-solving and mutual support. Competition, removing the challenge, or postponing interaction does not provide that collaborative support.

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Volition is the follow-through that keeps a learner on course despite distraction. Subject and strategy understanding are parts of knowledge, while motivation provides commitment and interest.

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Zimmerman’s cycle moves through forethought, performance, and reflection, with reflection informing renewed forethought and planning. The other choices skip or misorder phases in that cycle.

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Changing an approach when learning is not working is adjusting the approach to learning. Task analysis, goal setting and planning, and engaging in learning are distinct activities in the learner’s broader process.

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Complex, meaningful tasks that extend over time, together with student control and choices over learning processes and products, can support self-efficacy and self-regulated learning. A fixed approach removes agency, while a brief activity lacks the extended duration described.

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Motivation refers to processes that initiate, direct, and sustain behavior. Defining it as actions confuses process with outcome; feelings and rewards can influence motivation but do not define it.

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Needs, goals, values, and beliefs are motivational components, while choices, engagement, and academic performance are outcomes. Reversing these groups confuses what contributes to motivation with what it produces; the other alternatives misclassify individual measures.

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Intrinsic motivation involves pursuing personally interesting challenges because the activity itself is satisfying. An external outcome or reward would indicate extrinsic motivation, and neither challenge nor avoiding a penalty is the reason Maya gives.

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Acting to obtain a grade is extrinsic motivation because the desired outcome is separate from the worksheet activity. Using abilities or developing skills does not make the stated grade-seeking motive internally rewarding.

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Intrinsic motivation is associated with activities that are internally rewarding. Extrinsic motivation depends on external factors, while amotivation involves no intent to act; external control does not describe the student’s stated reason.

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A promised prize is an external factor creating extrinsic motivation. Internal enjoyment would indicate intrinsic motivation, and the student’s decision to study rules out amotivation.

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Motivation can vary along a continuum from externally determined to internally self-determined, so valuing the project’s purpose reflects movement toward the internal end. Treating motivation as fixed or reversing the direction misses that shift; continued participation is not amotivation.

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Maslow’s hierarchy proposes that lower-level deficiency needs must be fairly well satisfied before higher-level needs become primary motives. Reversing that order or treating the levels as simultaneous contradicts the rule; self-actualization is a growth need, not a deficiency need.

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Self-determination theory explains motivation through the needs for competence, autonomy, and relatedness. The alternatives replace one of these needs with a different motivational concept.

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When students feel autonomous, competent, and related at school, their reasons for acting tend to be more intrinsic. The extrinsic-motivation choice reverses this relationship, while external controls describe the contrasting condition.

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An appropriately informative, noncoercive event can strengthen perceived competence and intrinsic motivation. Treating helpful feedback as coercion confuses it with a controlling event, which tends to reduce intrinsic motivation.

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Goal-directed behavior involves striving to move from a current condition toward an ideal condition by reducing the discrepancy between them. Describing the present state alone does not capture this goal-directed striving.

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Locke and Latham identify developing new knowledge and strategies when existing strategies fail as a way goal setting can improve performance. Directing attention and increasing persistence are separate benefits, not the one illustrated here.

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Goals tend to enhance motivation and persistence when they are specific, elaborated, moderately difficult, and proximal. A very difficult or distant goal departs from these conditions, while a general goal lacks specificity.