This question tests understanding of prejudice reduction via structured intergroup contact. Contact hypothesis suggests that prejudice decreases with equal-status, cooperative interactions supported by institutional norms. In this workplace evaluation, structured cross-group mentorship led to greater prejudice reductions, especially with joint goals and supervision, compared to informal setups. Choice A is supported because it emphasizes the role of structured, cooperative contact in attitude change. Choice B fails due to a common error of assuming prejudice requires eliminating group identities, when the study shows reduction through positive interactions. For similar questions, evaluate attitude changes tied to contact features like equality and cooperation. Look for longitudinal data to confirm sustained effects from quality interactions.

This question tests knowledge of stereotype threat in older adults' cognitive tasks. Stereotype threat arises when fear of confirming age-related decline stereotypes impairs performance, especially under evaluative or identity-salient conditions. In this clinic study, older adults recalled fewer words when the task was framed as detecting age-related decline with prior age indication, compared to the neutral cognitive-exercise framing. Choice D is supported because it ties the recall drop to activated stereotypes increasing self-monitoring and anxiety. Choice C fails due to a common error of interpreting conditional differences as uniform impairment, disregarding context-specific effects on the stereotyped group. For similar questions, identify threat cues like diagnostic framing or identity salience that selectively affect targeted groups. Compare performance across conditions to distinguish threat from stable deficits.

This question tests knowledge of stereotype threat in academic performance. Stereotype threat occurs when individuals underperform due to anxiety about confirming negative stereotypes about their group, often triggered by situational cues like identity salience or diagnostic framing. In this vignette, Group A students scored lower on the math test when it was framed as diagnostic of innate ability and group identity was collected beforehand, compared to the non-diagnostic practice condition. Choice A is supported because it links the performance drop to increased anxiety from stereotype activation in the diagnostic condition. Choice C fails due to a common error of assuming stable ability differences, ignoring how context-dependent cues affected only the stereotyped group. For similar questions, look for performance gaps that emerge only under threat-inducing conditions like identity priming. Verify by comparing outcomes across framed conditions to rule out inherent deficits.

This question tests understanding of how framing and stereotype salience affect performance under stereotype threat. The study demonstrates that environmental cues signaling stereotype relevance can trigger or mitigate stereotype threat effects. On Exam 1, framing the test as measuring "innate talent" and mentioning group differences activated stereotype threat for Lina and Sam, leading to underperformance and intrusive thoughts. On Exam 2, reframing as "skills that develop with practice" and omitting demographic cues reduced stereotype salience, allowing performance closer to their actual ability level shown in homework. This illustrates how stereotype threat is not a fixed phenomenon but depends on situational factors that make stereotypes relevant to performance evaluation. A common error is assuming stereotype threat reflects actual ability differences rather than situational performance constraints. To recognize stereotype threat interventions, look for changes in task framing, emphasis on malleable rather than fixed ability, and removal of cues that highlight group membership in evaluative contexts.

This question tests knowledge of stereotype threat in professional training. Stereotype threat disrupts performance on evaluative tasks when cues heighten fears of confirming group stereotypes, affecting targeted individuals. In this nursing program, Group R students scored lower on empathy in the diagnostic condition with badges, compared to the formative no-badge condition. Choice C is supported because it ties situational cues to impaired execution from stereotype concerns. Choice B fails due to a common error of positing stable traits, disregarding context-specific effects. For similar questions, identify evaluative cues triggering threat. Compare groups and conditions to isolate stereotype effects.

This question tests understanding of prejudice reduction in structured activities. Contact theory emphasizes that diverse, perspective-taking interactions in supportive environments reduce prejudice over time. In this debate league study, intentionally diverse teams with perspective-taking norms showed greater warmth increases, especially with frequent practice. Choice A is supported because it links structured contact and perspective-taking to attitude improvements. Choice B fails due to a common error of assuming diversity labeling alone works, when the study stresses interaction quality. For similar questions, evaluate changes from features like perspective-taking. Use multi-timepoint data to confirm contact-driven reductions.

This question assesses knowledge of stereotype threat and its behavioral manifestations. Stereotype threat occurs when individuals from negatively stereotyped groups experience anxiety about confirming those stereotypes, which paradoxically impairs their performance. Maya's experience shows classic stereotype threat indicators: the instructor's comments about "group differences" and demographic questions made the negative stereotype salient, triggering worry about confirming expectations. This led to heightened self-monitoring, intrusive thoughts, and "blanking" on familiar problems - all documented effects of stereotype threat that consume cognitive resources needed for optimal performance. The contrast with her strong performance on the low-stakes quiz without stereotype-activating cues confirms this interpretation. A common misconception is attributing performance differences to stable ability differences rather than situational factors. To recognize stereotype threat, look for performance decrements that occur specifically when negative stereotypes are made salient in evaluative contexts, accompanied by increased anxiety and self-monitoring.

This question tests understanding of how implicit bias operates under cognitive constraints. Implicit bias refers to automatic, unconscious associations between social groups and evaluative concepts that can influence behavior without conscious awareness. The study demonstrates that time pressure increases reliance on these automatic associations because it limits cognitive resources needed for controlled processing. When participants had only 600ms to respond, they showed stronger pro-Group X associations on the IAT and subsequently rated Group X applicants as better culture fits, despite equal competence ratings. This pattern reveals how implicit biases can influence subjective judgments like "culture fit" even when objective criteria are held constant. A common error is assuming that equal competence ratings mean bias is absent, when in fact bias often manifests in more subjective evaluations. To identify implicit bias effects, look for situations where time pressure or cognitive load amplifies group-based differences in judgments, particularly for subjective criteria.

This question tests understanding of prejudice reduction interventions and the attitude-behavior relationship. The study reveals that structured intergroup contact through facilitated dialogue produced larger changes in behavioral intentions than in explicit attitudes, with attendance consistency being a stronger predictor of behavioral change. This pattern reflects the general finding that behaviors often change before attitudes in prejudice reduction, particularly when interventions emphasize concrete skills like perspective-taking and joint problem-solving. The modest change in explicit attitudes coupled with larger behavioral shifts suggests that participants developed new intergroup interaction skills even if their conscious attitudes shifted less dramatically. A common misconception is that attitude change must precede behavioral change, when interventions often work by first changing behaviors which then reshape attitudes. To evaluate prejudice reduction programs, examine both attitudinal and behavioral outcomes, recognizing that sustained participation typically produces greater behavioral than attitudinal change.

This question evaluates recognition of stereotype threat's cognitive mechanisms. Stereotype threat impairs performance by creating a dual-task situation where individuals must simultaneously perform the task and manage concerns about confirming stereotypes. Jordan's experience illustrates this cognitive burden: awareness of faculty's stereotyped expectations triggered self-monitoring and internal rehearsal, consuming working memory resources needed for fluent speech. The contrast between stilted performance with stereotype-aware faculty versus fluid speech with supportive peers confirms that performance deficits stem from situational threat rather than actual ability differences. This demonstrates how stereotype activation increases cognitive load through heightened self-regulation and error monitoring. A common error is attributing these effects to other phenomena like deindividuation, which actually reduces self-awareness rather than increasing it. To identify stereotype threat, look for performance impairments accompanied by increased self-monitoring and cognitive load in contexts where negative stereotypes are salient.