InView common mistakes
InView · Understand the traps and how to avoid them.
Chooses the word that feels most semantically distant from the other three instead of the word that breaks a rule the other three actually share.
The item rewards extracting a shared rule, but most readers default to judging overall topic or connotation; one word often has an unrelated or negative feel that pulls the choice.
What to do instead
For each word, remove it and state a tight rule covering the remaining three, such as 'all are hand tools that cut.' Pick the word whose removal leaves the cleanest rule, not the word that merely feels different.
Latches onto an obvious pair inside the four words-synonyms or antonyms-and selects one member of that pair as the odd word.
Pairing is automatic and fast; once a satisfying pair is found, the third and fourth words get little scrutiny, so a word that still belongs to the group can be eliminated.
What to do instead
After spotting a pair, explicitly test whether the fourth word also fits their category. The correct odd word must fail the rule that the other three satisfy; a word that merely pairs with one other word usually is not the answer.
Builds the analogy from topic association-'both are hospital words'-rather than the exact relation, so an option that shares the scene beats the option that shares the relation.
Concrete nouns activate familiar scenarios, and scene similarity feels like a strong match even when the logical relation is different.
What to do instead
Write a sentence frame for the stem pair, such as 'A ___ is the ___ that ___' or 'A is the ___ of B.' Insert the stem pair, then test each option in the same frame; reject any option that requires a different frame.
Reverses the direction of the relation and chooses the option that would be correct if the second pair were flipped-effect:cause instead of cause:effect, or part:whole instead of whole:part.
Many relations read naturally in both directions, and the option's second term may be more familiar or more strongly associated, masking the reversal.
What to do instead
Label the roles before looking at options: 'first term = whole, second = part' or 'first = cause, second = effect.' Check that the option's first term has the same role as the stem's first term, not the opposite role.
Commits to the first arithmetic pattern that fits the first two or three terms-for example, +4, +4-and never tests it against the later terms, missing an alternating or two-rule series.
Simple arithmetic is the most available hypothesis, and early terms often fit it by coincidence; the mind treats a partial fit as confirmation.
What to do instead
After forming a hypothesis, test it against every remaining term. If it fails, compute first and second differences, then check odd and even positions as separate subsequences before choosing an answer.
Compares figures holistically and misses a small changing feature-dot count, shading, a protruding tab-or loses orientation after the figure is flipped.
Holistic visual comparison emphasizes overall shape and color, while small features are low-salience; a flip also destroys the anchor used to track rotation.
What to do instead
Maintain a feature checklist: outer shape, inner shape, count, shading, orientation, position. Update each attribute frame by frame, and track one asymmetric anchor such as a notch or shaded corner. Note explicitly whether the sequence rotates or reflects.
Picks the option that looks most like the first figure or the overall stem pair rather than the option produced by applying the same transformation.
Visual similarity is a strong default heuristic; the target often shares color or shape with the prompt even when it does not share the transformation.
What to do instead
State the transformation in words before looking at the options-'rotate 90° clockwise, then move the dot to the opposite corner.' Apply it step by step to the second figure, and only then compare the result with the choices.
Collapses a two-step transformation into one-sees rotation and size change but applies only rotation-or applies the steps in the wrong order.
Working memory holds only part of a compound rule under time pressure, and the final image looks close enough that the missing operation is not noticed.
What to do instead
Decompose the stem pair into an ordered operation list and apply one operation at a time, sketching the intermediate stage if needed. Verify each option against the full list, not just against the final appearance.
Translates comparison language by keyword: writes '5 less than x' as 5 − x, or 'x is 5 less than y' as x − 5 = y.
Keyword matching maps 'less' directly to subtraction without assigning the reference quantity, and the reversed expression looks algebraically normal.
What to do instead
Define the variable and rewrite the phrase as an equation with the reference quantity after 'than.' Test with a small number: if x = 10, '5 less than x' must give 5, not −5.
Computes a value, sees it among the answer choices, and marks it without checking what the question asked-solves for x when 2x is requested, or reports a rate when a time is requested.
Answer-choice matching feels like confirmation, and test pressure encourages stopping at the first computed number rather than rereading the final demand.
What to do instead
Underline the quantity actually requested before solving, label the final step, and do a short reasonableness check on units and magnitude. If the computed value appears in the choices, confirm it answers the underlined question before selecting it.