Examen Integrado Psicología common mistakes
Examen Integrado Psicología · Understand the traps and how to avoid them.
Choosing the option that names the most famous author or theory (e.g., Freud, Piaget, Skinner) rather than the one that matches the specific claim in the stem.
Recognition of big names feels like understanding, and exam stems often describe a phenomenon whose correct attribution is a less famous figure or a specific model within a school.
What to do instead
Before reading options, restate the stem's core claim in your own words and predict the school/model; then check each option's author against that claim, rejecting any option whose author is merely famous but whose position differs.
Matching a developmental stage label (e.g., 'preoperational') to a vignette without checking the defining cognitive criterion described (conservation, object permanence, egocentrism, abstract reasoning).
Stage names are memorized as lists with approximate ages, while questions test the operational criterion and can describe a child whose age and ability are deliberately mismatched.
What to do instead
For each vignette, write down the single ability being tested and classify it by the cognitive operation involved, not by the stated age; treat age as a distractor unless the question explicitly asks about age norms.
Answering social-psychology items by intuition or personal values instead of applying the named effect (fundamental attribution error, bystander effect, cognitive dissonance, conformity).
Social phenomena feel self-evident, so candidates pick the 'reasonable-sounding' option that actually describes the opposite of the effect or confuses two related biases.
What to do instead
Identify the effect named or implied in the stem and state its direction (who over-attributes what to whom, what increases/decreases the behavior); eliminate options that reverse the direction or substitute a neighboring effect.
Confusing sensory processes with perceptual ones and treating attention or memory subtypes as interchangeable (e.g., calling divided attention 'selective', or echoic memory 'iconic').
Terminology overlaps heavily and lists of subtypes are studied in isolation without contrasting definitions.
What to do instead
Build minimal contrast pairs (sensation vs. perception; selective vs. divided vs. sustained attention; iconic vs. echoic; working vs. short-term) and, on each item, name the discriminating feature before selecting.
Localizing a function or lesion to the wrong structure or hemisphere (e.g., attributing language comprehension to Broca's area, or declarative memory to the cerebellum).
Neuroanatomy is learned as a list of labels without linking structure to function and laterality, and similar-sounding syndromes are confused.
What to do instead
Use a structure-function-laterality triad for each key area (Broca/Wernicke, hippocampus, amygdala, cerebellum, basal ganglia) and verify the option against all three attributes, not just the name.
Selecting a diagnosis from a single salient symptom without verifying duration, impairment, and exclusion criteria described in the stem.
One vivid symptom (e.g., low mood, worry) triggers pattern-matching to a familiar disorder, and candidates skip the threshold criteria that the item is actually testing.
What to do instead
Extract duration, functional impairment, and ruled-out conditions from the stem first; eliminate any diagnosis whose required duration or exclusion is not satisfied, even if a symptom matches.
Choosing the intervention that sounds most supportive or humane rather than the one with the indicated evidence base for the described problem (e.g., preferring psychodynamic therapy for a specific phobia over exposure).
Therapy options are evaluated on plausibility and likeability, and candidates underweight the specific indication and empirical support tested in clinical items.
What to do instead
For each intervention, recall its primary indication and evidence status; select the match between presenting problem and first-line treatment, and treat rapport/supportiveness as a secondary consideration.
Interpreting a p-value, confidence interval, or effect size as if it stated the probability the hypothesis is true or the probability results replicate.
Statistical statements are memorized as phrases without the underlying logic, so common misinterpretations feel correct.
What to do instead
Recite the correct definition of each statistic before answering (p = probability of data given H0; CI = range of plausible parameter values; effect size = magnitude independent of N) and reject any option that assigns a probability to a hypothesis.
Resolving ethical dilemmas by choosing the option that best protects confidentiality or the client's wishes, ignoring mandatory limits, competence boundaries, and referral obligations.
Confidentiality is overlearned as the cardinal rule, so its exceptions and the duty to refer are underweighted under time pressure.
What to do instead
Apply a fixed checklist in order: competence, informed consent, confidentiality and its legal limits, risk to self/others, supervision/referral; select the option that satisfies the earliest unmet obligation.
Applying clinical or developmental frameworks to classroom scenarios instead of instructional, assessment, or school-context principles (e.g., recommending therapy when the item asks about instructional adaptation).
Overlap between clinical and educational content pulls candidates toward the more familiar diagnostic framing, and they miss the pedagogical focus of the stem.
What to do instead
Identify the decision-maker and setting in the stem (teacher, school psychologist, curriculum) and choose the option that fits that role's scope, reserving clinical formulations for items explicitly about diagnosis or treatment.