Self-efficacy Study Guide

📖 Core Concepts Self‑efficacy: Belief in one’s ability to perform actions needed to reach specific goals. Social Cognitive Theory: Places self‑efficacy at the center; learning occurs through observing others. Attribution Dimensions: Locus (internal/external), Stability (static/dynamic), Controllability (controllable/uncontrollable). Sources of Self‑Efficacy: Mastery experiences – personal successes. Vicarious (modeling) experiences – seeing similar others succeed. Social persuasion – encouragement or discouragement. Physiological/psychological states – interpreting arousal, fatigue, anxiety. Domain‑specific self‑efficacy: Academic, social, technological, teacher, health, etc. 📌 Must Remember Mastery experiences are the strongest predictor of self‑efficacy; failures lower it. Optimal self‑efficacy is slightly above actual ability – enough confidence to try, but not so high it becomes overconfidence. High self‑efficacy → greater effort, persistence, lower stress, lower depression risk. Low self‑efficacy → task avoidance, learned helplessness, higher stress, higher depression risk. In health‑behavior models, self‑efficacy can act as predictor, mediator, or moderator of change. Confidence ≠ Self‑efficacy: Confidence is a vague, global belief; self‑efficacy is task‑specific. 🔄 Key Processes Build Self‑Efficacy Set a challenging yet attainable goal. Achieve it → mastery experience. Observe a similar model succeed → vicarious boost. Receive positive social persuasion (specific feedback). Reinterpret physiological arousal as energizing, not threatening. Self‑Efficacy Influence on Behavior High self‑efficacy → select challenging tasks → increased effort → higher success probability. Low self‑efficacy → avoid tasks → reduced practice → continued low skill. 🔍 Key Comparisons Mastery vs. Vicarious Experience Mastery: Direct personal success → strongest boost. Vicarious: Observing others → useful when personal mastery is limited; effectiveness depends on perceived similarity. Self‑Efficacy vs. Confidence Self‑Efficacy: Specific to a task, measurable, grounded in evidence. Confidence: Global, may be unfounded (e.g., illusory superiority). High vs. Low Self‑Efficacy High: Views challenges as learnable, attributes failure to effort, recovers quickly. Low: Views challenges as threats, attributes failure to lack of ability, avoids effort. ⚠️ Common Misunderstandings “More confidence always helps” – Overconfidence (illusory superiority) can lead to poor preparation. “Social persuasion alone raises self‑efficacy” – Persuasion is less effective at increasing efficacy than at decreasing it; must be coupled with mastery or modeling. “Physiological arousal always lowers efficacy” – Interpreting arousal as excitement can actually increase efficacy. 🧠 Mental Models / Intuition “Efficacy is a ladder” – Each rung (mastery, modeling, persuasion, state interpretation) builds upward; missing a rung stalls growth. “Fire‑starter analogy” – Small sparks (minor successes) ignite a larger flame of confidence that fuels tackling bigger tasks. 🚩 Exceptions & Edge Cases In highly ambiguous or complex work environments, the correlation between self‑efficacy and performance weakens. Social persuasion can backfire if feedback is perceived as controlling or insincere. Physiological cues (e.g., severe anxiety) may be misinterpreted as threat despite attempts to re‑frame. 📍 When to Use Which Assessing overall confidence → Use the General Self‑Efficacy Scale. Targeting social interactions → Apply the Scale of Perceived Social Self‑Efficacy (choose domain: making friends, public performance, etc.). Improving academic performance → Focus on mastery experiences (graded assignments) and vicarious modeling (peer tutoring). Designing health‑behavior interventions → Combine self‑efficacy boosting (skill training) with persuasive messaging and re‑framing of physiological states. 👀 Patterns to Recognize Task appraisal pattern: High efficacy → “I can try”; Low efficacy → “I should avoid”. Attribution pattern: Successful outcomes linked to internal, stable, controllable attributions → future efficacy rise. Feedback pattern: Specific, task‑focused praise → stronger efficacy gain than generic “good job”. 🗂️ Exam Traps Choosing “confidence” instead of “self‑efficacy” – exam items usually ask for task‑specific belief; avoid the broader term. Assuming any positive feedback raises efficacy – remember persuasion is less potent for increases; look for mastery or modeling cues. Over‑generalizing gender findings – STEM self‑efficacy differences are expectation‑driven; the fact itself isn’t a universal rule. Ignoring physiological states – some questions test whether anxiety can be re‑interpreted as a performance enhancer. Mixing up attribution dimensions – be clear which dimension (locus, stability, controllability) boosts or harms efficacy.