id stringlengths 6 18 | image imagewidth (px) 70 4.26k | question stringlengths 10 747 | reference_answer stringlengths 1 336 |
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non-STEM-272 | In graph theory, a "transitive reduction" removes any directed edge u->v if there is a longer directed path from u to v. Which specific edge originating from the graph's source node violates this minimal-reachability property and would be removed? | P4 -> P3 | |
non-STEM-273 | Considering all 6 individual arrowheads drawn on the edges in the diagram, which specific edge label contains the arrowhead with the 2nd-lowest vertical (Y-axis) position? | u2 | |
non-STEM-274 | What is the exact title of the 2nd-chronological event listed in the Financial News Digest section? | US Retail Sales Report | |
non-STEM-275 | What is the exact name of the cultural or historic institution featured in the route that ranks 3rd-closest to campus? | Charles Hall Museum | |
non-STEM-276 | What is the exact count of alphabetical letters (A-Z) located strictly inside the 4th rectangular input field from the top? | 11 | |
non-STEM-277 | Examine the italicized application instructions across all six steps. What is the exact word count of the 2nd-shortest italicized instruction? | 10 | |
non-STEM-278 | Excluding the moderator, what is the exact count of distinct professional degree and certification acronyms (e.g., MD, RN) explicitly printed in the "Panelists" list of the session located at the intersection of the 3rd column and the 2nd row of the schedule grid? | 7 | |
non-STEM-279 | Excluding the main red title, what exact typographic punctuation marks anomalously enclose the 3rd occurrence of the word "Supernatural" in the document's text? | single quotation marks | |
non-STEM-280 | What is the exact derived unit price of the 3rd-listed item whose size is measured strictly in "oz" (ignoring items measured in "fl oz")? | 3.99 | |
non-STEM-281 | In the pink GDPR section, four of the five checklist items explicitly use the standalone word "data" in their descriptive sub-text. What is the exact title of the 5th item that omits it? | Data Protection Impact Assessment (DPIA) | |
non-STEM-282 | What is the exact 'Budgeted FTE' of the department whose 'Overtime Percentage' is numerically identical to that of Surgical Services? | 32 | |
non-STEM-283 | What is the 2nd-listed technical mechanism providing the cooling effect in the trademarked fabric endorsed by the DTM series competitor? | ventilation | |
non-STEM-284 | What is the exact final punctuation character at the very end of the text prompt that introduces the 2nd checkbox list? | ) | |
non-STEM-286 | What is the exact sum of the stated MPG values for the two vehicles with the 2nd-highest and 3rd-highest routine maintenance costs? | 60 | |
non-STEM-287 | What exact adjective modifies the word "basins" in the 2nd bullet point of the Results section? | secondary | |
non-STEM-288 | Scanning the entire image text strictly left-to-right and top-to-bottom, what is the exact base character to which the 5th instance of a superscript "2" is applied? | m | |
non-STEM-289 | Identify all unique, explicitly printed integers in the image. By how many units does the 2nd-largest integer exceed the 3rd-largest integer? | 17 | |
non-STEM-290 | Based strictly on the standard rhythmic values of the drawn note heads and stems, by exactly how many beats does the total combined duration of all notes in the Melody staff exceed the total combined duration of all notes in the Bass staff? | 8 | |
non-STEM-291 | What exact word, syllable, or punctuation mark is printed directly beneath the 4th note of the 8th measure? | round | |
non-STEM-296 | According to the Facial Action Coding System (FACS), which specific facial feature in the "Manga" figure structurally violates the anatomical criteria for classifying its mouth expression as a genuine (Duchenne) smile? | the eyes | |
non-STEM-298 | Let $V_3$ be the number of degree-3 vertices (where exactly 3 segments meet) and $V_2$ be the number of degree-2 vertices (where exactly 2 segments meet) in the second fully visible horizontal row of hexagons. What is the value of $V_3 - V_2$? | 2 | |
non-STEM-299 | Given that the blue circle has equation $x^2 + y^2 = r^2$ and the red dashed curve has equation $xy = c$ (where $c > 0$), what specific strict algebraic inequality of the form "$r^2$ [operator] $2c$" is visually proven by the exact number of intersection points between them in the first quadrant? | r^2 > 2c | |
non-STEM-300 | Numbering the four outer edges of the diamond-shaped cap clockwise, starting with the top-left edge as the 1st: Which specific edge is geometrically parallel to the inner diagonal dash but located in the opposite horizontal half of the cap? | 3 | |
non-STEM-301 | According to electrical engineering principles, an antenna must physically connect to its receiver's circuit. What specific visual detail in the image violates this requirement for the television? | The television's antenna (the circular symbol with two protruding rods) is floating and completely disconnected, not physically attached/linked to the TV body to connect to its circuit. | |
non-STEM-302 | Counting the hanging threads along the cat's tail from the base upwards to the tip, what is the exact geometric shape of the small intermediate bead located on the 4th thread? | Approaching circular shape | |
non-STEM-303 | Examine the green climbing vine on the front wall of the windmill. What is the exact pointing direction (left or right) of the 2nd-highest leaf on this vine? | left | |
non-STEM-304 | In the anatomy of a pennaceous feather, the rachis (central shaft) must provide rigid support by bisecting the vane along its entire longitudinal axis. Which specific extremal region of the green vane in this icon violates this invariant by remaining un-bisected? | The top apex | |
non-STEM-305 | The cream-colored interior surface of the teacup's opening is visually interrupted by the butterfly. What is the exact number of distinct anatomical shapes of the butterfly that directly occlude this cream interior region? | 2 | |
non-STEM-306 | Rank the following four elements by their maximum horizontal width: the light blue screen, the dark blue base, the touchpad outline, and the upper laptop lid. Which element ranks as exactly the 2nd-widest? | the light blue screen | |
non-STEM-307 | Multiply the total number of distinct green fume tendrils by the total number of disjoint, dark red regions located inside the flask. What is the exact product? | 4 | |
non-STEM-308 | Drawing a straight vertical line upwards from the center of the stick to the top of the lollipop, what specific geometric feature forms the 3rd distinct dark region that this line crosses? | The spiral's rounded inner endpoint. | |
non-STEM-309 | In vector graphics, applying a `stroke` to a closed `<path>` renders an outline along its entire continuous perimeter. If the front blue vehicle section is hypothesized to be a single such closed path, which specific perimeter edge visibly LACKS an outline, directly contradicting this hypothesis? | The left (vertical) edge shared with the purple rear car section (the boundary between the purple and blue body segments) | |
non-STEM-310 | Locate the four sharp, convex vertices on the right-side outer silhouette of the orange barbs. Rank them by vertical position from lowest (1st) to highest (4th). Exactly how many sharp vertices does the distinct orange polygon containing the 2nd-lowest vertex contribute to this right-side silhouette? | 2 | |
non-STEM-311 | Observe the eight square overlapping regions (intersections) between the "cross" (\ hatched) and "corner" (/ hatched) shapes. In exactly one of these eight intersections, the dash-dot pattern on the boundary lines is substituted with a different line style. Which intersection contains this anomaly, and which specific b... | The bottom-left intersection (overlap of the bottom cross arm and bottom-left corner shape), its top (upper horizontal) boundary line. | |
non-STEM-312 | In stylized graphics, similar shapes often follow the geometric principle of congruence. While the two isolated brown triangles (one inside the yellow square, one floating to the right) share the exact same vertical height, which specific 1D measurement proves they violate congruence because it is visibly smaller in th... | base length (length of the triangle's base, the side opposite the apex aligned with the blue dot on the horizontal line) | |
non-STEM-313 | What is the exact absolute difference (in RUB) between the 2nd-highest itemized income amount and the 3rd-highest itemized expenditure amount? | 0 | |
non-STEM-314 | Calculate the exact sum of the 2nd-lowest individual tournament prize money amount and the 2nd-highest deductible expense amount. | 369000 | |
non-STEM-315 | Ignoring the calendar dates, what is the exact duration of the call placed at the 2nd-latest clock time? | 15 minutes | |
non-STEM-316 | Excluding the header row, what is the exact top-to-bottom row index (1-5) of the call with the 3rd longest duration? | 60 | |
non-STEM-317 | What is the exact difference between the "16-20 YEARS" score of the event that has the 2nd-lowest "6-10 YEARS" score, and the "11-15 YEARS" score of the event that has the 3rd-lowest "6-10 YEARS" score? | 0.3 | |
non-STEM-318 | What is the exact percentage of relationship-seeking users for the dating app that ranks 3rd in total user base? | 60% | |
non-STEM-319 | In the Licensing Fees table, identify the genre row situated immediately above the row containing the lowest overall fee in the entire table. What is the exact value of the 2nd-highest fee within this identified row? | 6200 | |
non-STEM-320 | The chart's data rows feature alternating background colors. Calculate the exact decimal value obtained by dividing the total sum of frequencies for sources on white backgrounds by the total sum of frequencies for sources on light gray backgrounds. | 1.5 | |
non-STEM-321 | What is the exact parking availability for the venue that ranks 2nd in terms of longest distance to the post office? | Ample parking | |
non-STEM-322 | Excluding the "Total" column, what is the exact numerical value of the 4th-lowest unique non-zero data point present in the table? | 2.5 | |
STEM-2 | Ordering the five labeled points strictly by their vertical position in the image from highest (closest to the top edge) to lowest, which point is exactly 3rd in the sequence? | Point B | |
STEM-4 | Which edge of the quadrilateral has the 2nd-steepest slope (i.e., the 2nd-largest absolute slope) relative to the horizontal axis of the image? | Edge BC | |
STEM-5 | The explicitly drawn line segments form a continuous closed 5-sided outer perimeter (A-E-B-D-C). Which specific vertex violates the geometric property of convexity for this polygon? | Vertex B | |
STEM-6 | If you list the strictly unique vertex degrees present in this graph in descending order, what is the exact value of the 3rd degree in that list? | 2 | |
STEM-10 | Determine the exact value of $X \times Y$, where $X$ is the number of explicitly drawn straight line segments that terminate at vertex B, and $Y$ is the number of explicitly drawn straight line segments that terminate at vertex C. | 9 | |
STEM-12 | Rank the four line segments incident to vertex E (EB, ED, EF, EG) strictly by their visible length in the image, from longest to shortest. Which segment ranks exactly 3rd? | Segment EG | |
STEM-15 | If the entire figure is rotated exactly 90 degrees clockwise around vertex C, which of the four labeled vertices will have the 2nd-highest vertical position (2nd-greatest y-coordinate) in the new orientation? | Vertex B | |
STEM-17 | Imagine a perfectly straight line drawn from the exact typographic center of the letter 'A' to the exact typographic center of the letter 'C'. Which of the three black line segments forming the triangle does this imaginary line intersect? | None | |
STEM-18 | A naive heuristic claims the longest diagonal of a convex polygon connects the two vertices with the widest interior angles. Which diagonal is actually the longest, proving this heuristic false here? | Diagonal BD | |
STEM-20 | Identify all vertices directly connected to vertex E by a single edge. Ranking these specific vertices from highest to lowest based strictly on their vertical position in the image, what is the exact label of the 2nd vertex? | A | |
STEM-21 | In geometric diagrams, a standard convention is to place point labels in the exterior region of a closed polygon to maintain interior clarity. Which specific labels in this figure violate this convention by being placed in the interior region of Polygon ACD? | Labels E and F | |
STEM-24 | Rank the unique horizontal positions (x-coordinates) of the nine explicitly labeled points from left to right. Which two labeled points share exactly the 4th unique horizontal position from the left? | A and D | |
STEM-25 | There are exactly three named sets of three collinear points explicitly drawn in the figure (excluding subsets of larger collinear groups). Two of these sets are {C, E, F} and {D, E, A}. What is the exact sequence of labeled points that make up the third collinear set, reading strictly from left to right? | G, A, H, B | |
STEM-26 | According to the Triangle Inequality Theorem, the length of the unlabeled side is strictly bounded. If we enforce the ordinal ranking of the side lengths exactly as they are drawn visually, what is the 2nd-smallest mathematically possible integer length for this unlabeled side? | 10 | |
STEM-28 | Examine the four interior angles of the depicted quadrilateral. If these angles are strictly ordered by measure from largest to smallest, which labeled vertex contains the angle that ranks exactly third? | Vertex A | |
STEM-29 | Based on the explicit markings in the diagram, what specific angle has a measure of exactly 90 degrees? | Angle ACE | |
STEM-30 | Consider all explicitly drawn line segments that share vertex A as one of their endpoints. If you rank these specific segments by their visual length from shortest to longest, what is the two-letter name of the 3rd shortest segment? | AB | |
STEM-35 | Due to the shape's rotation, no two vertices share the exact same horizontal coordinate. Based strictly on the horizontal positions of the four black vertex dots, which vertex is the 2nd-leftmost in the image? | Vertex A | |
STEM-36 | Let R1 be the ratio of the length of segment CD to the length of segment BA. Let R2 be the ratio of the length of segment DA to the length of segment CB. Which ratio is closer to exactly 1? | R2 | |
STEM-38 | In ideal Euclidean geometry, a "point" is strictly zero-dimensional. However, this diagram violates that principle by rendering the vertices as black disks of uniform, non-zero radius. Because each line segment loses a fixed, identical absolute length to these opaque disks at its endpoints, the visual rendering distort... | Segment AB | |
STEM-39 | The interior line segment CF is crossed by exactly two other line segments originating from vertex A. One crosses at the labeled point H; what is the exact label of the endpoint on side BC for the OTHER line segment that crosses CF? | G | |
STEM-42 | Considering only points A, B, C, D, E, and F as the sequential vertices of a simple closed polygon, which specific vertex is the sole exception to the polygon's otherwise strict convexity? | F | |
STEM-43 | Look at the right-angle marker at vertex A. One of its small interior segments originates on side AC and extends into the triangle. If this specific segment is extended infinitely into a line, which side of the triangle will it NEVER intersect? | Side AB | |
STEM-47 | Which vertex has the 2nd smallest x-coordinate (i.e., is positioned second furthest to the left in the image frame)? | Vertex D | |
STEM-48 | Consider three visual dimensions in the image: the stroke width (thickness) of the line segment, the diameter of the black dot at A, and the vertical height of the printed letter 'A'. If ordered from smallest to largest, which dimension ranks exactly 2nd (the median)? | Diameter of the black dot | |
STEM-51 | Identify the two specific angles explicitly spanned by the circular arcs at vertex B. How many of the five labeled vertices in the image do NOT lie on any of the four line segments that form the boundaries of these two angles? | 0 | |
STEM-55 | Imagine a vertical line sweeping across the entire figure from left to right. Which labeled point(s) constitute exactly the 4th intersection event? (Vertically aligned points are intersected simultaneously in a single event). | A and D | |
STEM-56 | When ordering the three labeled vertices strictly by their horizontal coordinate from left to right, what is the label of the 2nd point? | A | |
STEM-57 | In standard graph drawing conventions, exterior vertex labels of a convex polygon are placed radially outward from the centroid (e.g., a vertex on the right half of the shape should have its label shifted horizontally to its right). Which specific label in this figure horizontally violates this outward placement rule? | Label D | |
STEM-60 | Based strictly on the 2D planar projection shown, what is the ordinal rank of angle BAC's measure among the three interior angles of triangle ABC, ordered from largest to smallest? | 2nd | |
STEM-61 | Identify the unique labeled point that lies strictly inside the overlapping "lens" region of the two largest circles. By how many straight line segments does this point's node degree exceed the node degree of point G? | 2 | |
STEM-66 | Look carefully at the circular arc denoting the 36° angle at vertex B. Which specific side of the triangle does this arc intersect at a visually greater distance from vertex B? | Side AB | |
STEM-67 | A right-angle symbol marks the intersection of two line segments. Using this established perpendicularity, exactly how many right-angled triangles are explicitly completely bounded by drawn line segments in the figure? | 2 | |
STEM-68 | When ordering the six vertex points (the black dots) strictly by their vertical position in the image from top to bottom, which vertex is exactly 4th in the sequence? | Vertex C | |
STEM-69 | Which labeled segments originating from point A are intersected by the drawn circle at an unlabeled point strictly between their endpoints? | Segments AB and AF | |
STEM-71 | If a new edge were added to the graph connecting the two vertices that currently have the lowest degree, what would be the exact total number of triangles in the resulting graph? | 4 | |
STEM-75 | According to the geometric axiom of collinearity, all points on a single straight line must share the exact same slope between any pair. By calculating the exact pixel-center coordinates of the three dots, identify which point violates this axiom by deviating from the true line segment connecting the other two, and sta... | Point C, upward | |
STEM-76 | Assume a standard local Cartesian plane centered exactly on each vertex's dot, with the +x-axis pointing right and +y-axis pointing up. If you measure the standard counterclockwise angle (from 0° to 360°) from the +x-axis to the geometric center of its corresponding text label, which text label is located at the 2nd-la... | Label A | |
STEM-77 | Excluding the two obvious squares, name the four vertices of the only other strictly convex closed quadrilateral that is entirely bounded by the drawn line segments. | G, I, D, A | |
STEM-78 | Which explicitly drawn line segment visually cuts through the interior of the right-angle annotation symbol at vertex B? | Segment CB | |
STEM-79 | Excluding the points that lie on the horizontal chord AB, what is the exact vertical ordinal rank (1st being the highest) of the small circle's center point among the labeled points in the configuration? | 3rd | |
STEM-80 | According to the reflectional symmetry of an upright regular pentagon, its two lateral edges (the edges connecting the bottom base to the middle vertices) should have perfectly identical absolute slopes. In the provided image, this symmetry is broken by a slight rotation. As a direct geometric consequence of the specif... | BC | |
STEM-81 | Let V be the total number of explicitly labeled black dot vertices. Let R be the total number of minimal, non-overlapping enclosed 2D regions bounded by the drawn line segments. What is the exact value of V multiplied by R? | 18 | |
STEM-82 | Considering the absolute slopes of the four line segments that make up the polygon, which segment is the 3rd-steepest (i.e., has the 3rd-largest absolute slope)? | Segment BC | |
STEM-83 | Ignoring the numeric labels and evaluating strictly based on the rendered pixel lengths in the image, which named line segment represents the median length among all five drawn segments (AB, BC, CD, DA, AC)? | AC | |
STEM-86 | When ordering all explicitly labeled points in the figure strictly by their horizontal (x-axis) position from left to right, what is the exact label of the point that ranks 2nd? | F | |
STEM-87 | Sorting the four vertices strictly by their exact horizontal coordinates in the image from left to right, which vertex is the 3rd-leftmost? | Vertex B | |
STEM-88 | When ranking the four black vertex dots strictly by their horizontal coordinates from left to right, which labeled vertex occupies the 3rd position in the sequence? | Vertex B | |
STEM-89 | According to Thales's theorem, the circumcircle of triangle DAB has segment DB as its diameter. Based on the visual measure of angle DCB, does vertex C lie strictly inside, exactly on, or strictly outside this circumcircle? | Strictly inside | |
STEM-98 | Ordering the exact centers of the labeled black dots by their x-coordinates from left to right, which point is the 3rd-leftmost in the image? | Point C | |
STEM-101 | Ordering the four labeled vertices from the bottom of the image to the top (lowest physical position to highest), which vertex is exactly 3rd in the sequence? | Vertex A | |
STEM-102 | Calculate the sum of the visual lengths of the two adjacent sides for each of the three vertices. Which vertex has the median (2nd-largest) adjacent side sum? | Vertex B | |
STEM-103 | Excluding point D itself, which labeled point is exactly the 3rd closest to vertex D? | F | |
STEM-104 | Segment CF is divided into three smaller sub-segments by its intersections with segments AD and AB. Which labeled vertex is an endpoint of the 2nd-longest of these three sub-segments? | Vertex F | |
STEM-106 | At vertex C, arcs span across three adjacent angles. Which specific angle in this sequence is the sole exception that lacks a perpendicular congruence tick mark? | Angle GCF |
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