PSY 250 Week 3 Learning and Social-Cognitive Approaches Example

"I'm Just Not a Math Person": Learning and Social-Cognitive Views of a Returning Student

[Student Name]

University of Phoenix

PSY/250: Psychology of Personality

Week 3 Assignment

[Instructor Name]

[Date]

The student and her experiences are composites written for a model paper; theories and research come from the sources listed.

Behavioral and social-cognitive perspectives explain much of personality as something learned: shaped by experiences, by watching others and by beliefs about what we can do. Unlike trait approaches, which mainly describe stable tendencies, these perspectives ask how patterns develop and how they might change. This paper applies them to a composite adult student in Glendale, Arizona, who is returning to school.

The Person

Lena is thirty-eight and manages the front office of a dental practice, where she handles billing, schedules staff and keeps the monthly budget balanced. She enrolled in a psychology degree program last fall and is now taking statistics, her first math course in twenty years. Before each weekly quiz her hands shake and her mind goes blank. She tells classmates, "I'm just not a math person," yet at work she calculates insurance write-offs and payroll without hesitation.

Learning Through Conditioning

Behaviorists explain lasting patterns through conditioning. In seventh grade, Lena was called to the board to solve problems and was laughed at when she made mistakes. Through classical conditioning, the classroom and math problems, once neutral, became paired with humiliation and now trigger anxiety on their own. Through operant conditioning, avoiding math was negatively reinforced: each time she dropped a math class or chose a job without math, her anxiety eased, making avoidance more likely. Over twenty years, this pattern hardened into part of how she describes herself to others.

Self-Efficacy

Bandura (1977) proposed self-efficacy, a person's expectation that they can successfully perform a behavior, as a central influence on whether people attempt tasks, how much effort they spend and how long they persist. He identified four sources: mastery experiences, actual successes; vicarious experiences, watching people like oneself succeed; encouragement from others; and bodily signals, such as taking a racing heart as proof of inability.

Lena's self-efficacy for school math is low because her mastery experiences were failures and because she interprets her shaking hands as proof she cannot do it. Her self-efficacy for office finances is high because years of balanced budgets and accurate payroll have given her repeated mastery experiences there. Self-efficacy is specific to a task, which explains why the same person can be confident in one area and anxious in another.

Locus of Control

Rotter (1966) described locus of control as a generalized expectancy about whether outcomes depend on one's own behavior, an internal locus, or on forces such as luck, fate or powerful others, an external locus, and developed a scale to measure it. When Lena explains her school grades, she points to something fixed and beyond her control: she lacks a math brain. When she explains work successes, she credits her own careful habits. Her locus of control differs by domain, and in school math it leaves her little reason to try new strategies.

Personality as If-Then Patterns

Mischel and Shoda (1995) proposed a cognitive-affective personality system in which personality appears as stable if-then patterns: if a person encounters a certain kind of situation, then a certain response follows, shaped by the person's beliefs, expectations, feelings and goals. They argued that variation across situations is not error but part of personality itself.

For Lena, the pattern is clear. If she faces numbers framed as a test of her ability in front of others, then she expects failure, feels anxious and freezes. If she faces numbers framed as a practical task she is responsible for, then she feels competent and works carefully. A trait description such as "high in neuroticism" would miss this pattern; the social-cognitive view captures it.

Lena does not have a math problem everywhere; she has a pattern that switches on in classrooms.

Reciprocal Determinism

Bandura described reciprocal determinism: behavior, personal factors and the environment influence one another. Lena's belief that she is bad at math leads her to sit at the back and avoid questions, which means she gets less help, which produces poorer results, which confirms the belief. Each part reinforces the others. Yet the same loop can work in a positive direction if any one part changes, which is what the plan below aims to do.

A Plan Based on the Theory

Because self-efficacy grows most from mastery experiences, Lena's plan starts with small, structured successes: working textbook problems she can complete before tackling quiz-level problems, and keeping a record of problems solved. To add vicarious experience, she will join a study group with another returning adult who struggled at first and improved. Her instructor's encouragement provides verbal persuasion. To reinterpret physical anxiety, she will practice slow breathing before quizzes and tell herself that a racing heart signals effort, not inability. She will also reframe statistics as a practical tool, like the office budget, connecting it to the situation where she already feels capable.

Watching Progress

Lena will track two numbers each week: problems solved correctly in practice and her anxiety rating before the weekly quiz, from one to ten. Social-cognitive theory predicts that as mastery experiences build, self-efficacy will rise and anxiety will fall, which in turn should improve performance. If anxiety stays high despite progress, a visit to the college's counseling center for help with test anxiety would be a reasonable next step.

Comparing Perspectives

Compared with the trait approach, the social-cognitive view explains why Lena's anxiety appears in some situations and not others and points to specific ways to change it. Trait measures might show that she tends toward anxiety in general, which is useful, but they say less about how that tendency could shift. The behavioral view adds the learning history behind her avoidance, which neither of the other approaches explains as directly.

Conclusion

Learning and social-cognitive perspectives explain Lena's math anxiety as learned through conditioning, maintained by low self-efficacy and an external explanation for past failures and expressed as a stable if-then pattern. Because these patterns were learned, they can be changed through new experiences. A plan built on mastery, modeling, encouragement and reinterpreting anxiety gives her a realistic path to success in statistics.

References

Bandura, A. (1977). Self-efficacy: Toward a unifying theory of behavioral change. Psychological Review, 84(2), 191-215. https://doi.org/10.1037/0033-295X.84.2.191

Mischel, W., & Shoda, Y. (1995). A cognitive-affective system theory of personality: Reconceptualizing situations, dispositions, dynamics, and invariance in personality structure. Psychological Review, 102(2), 246-268. https://doi.org/10.1037/0033-295X.102.2.246

Rotter, J. B. (1966). Generalized expectancies for internal versus external control of reinforcement. Psychological Monographs: General and Applied, 80(1), 1-28. https://doi.org/10.1037/h0092976