id stringlengths 6 18 | image imagewidth (px) 70 4.26k | question stringlengths 10 747 | reference_answer stringlengths 1 336 |
|---|---|---|---|
STEM-299 | Identify the 5 non-overlapping adjacent angles around vertex C formed strictly by the segments AC, CJ, CG, CE, and CB. Assuming segment CJ is parallel to IG, what is the exact derived measure (in degrees) of the 2nd-largest of these 5 angles? | 90 | |
STEM-300 | Consider the complete collection of all explicitly annotated angles in the figure (including standard square right-angle symbols as 90°). What is the exact measure in degrees of the 3rd largest angle in this collection? | 45 or 45° | |
STEM-301 | Assuming the figure is drawn to scale and oriented with A at the top, rank the distinct horizontal levels (y-coordinates) of all labeled vertices from highest (closest to the top edge) to lowest. Which vertex occupies the exact 3rd-highest horizontal level? | G | |
STEM-302 | Assuming vertex B is at the origin (0,0) and C is on the positive x-axis, what is the exact y-coordinate of vertex F? | 12 + 6\sqrt{3} | |
STEM-303 | Rank the unique values of the vertex degrees (the exact number of incident line segments or arcs meeting at a vertex) for all labeled vertices in the figure in descending order. What is the exact value of the 2nd-highest unique degree? | 3 | |
STEM-304 | Considering all explicit numerical labels printed anywhere in the image (including both segment lengths and angle degrees), what is the exact value of the 3rd-largest number? | 11.0 | |
STEM-305 | According to the geometric definition of a "simple polygon", what fundamental property is explicitly violated by the closed 2D shape defined by the continuous vertex sequence A-D-E-C-B-A? | Non-self-intersecting | |
STEM-306 | Assuming the track width established by segment BD is constant for all perpendicular extensions from the main axis CF, what is the exact straight-line distance from point B to point E? | \sqrt{185} or 13.6 | |
STEM-307 | Assuming the quadrilateral BDEC is a square, what is the exact straight-line distance from vertex A to vertex D? (Provide the answer in simplest radical form). | 8√3 | |
STEM-308 | Counting vertex C as the 1st, what is the 3rd labeled vertex encountered when tracing the outer boundary of the entire composite figure strictly clockwise? | F | |
STEM-309 | Identify all labeled vertices that serve as an endpoint for exactly three atomic line segments (drawn segments containing no other labeled vertices). When sorted alphabetically, what is the exact label of the 2nd vertex in this sequence? | L | |
STEM-310 | Comparing the visual lengths of the three dashed line segments that form triangle JQB, which segment ranks as exactly the 2nd longest? | Segment JQ | |
STEM-311 | Let A be the number of blue tick marks. Let B be the number of dashed lines. Let C be the total number of labeled vertices that share a direct solid line connection with vertex E. What is the exact computed value of (B multiplied by C) minus A? | 7 | |
STEM-312 | Three labeled points in the figure act as midpoints for line segments marked with blue congruency ticks. Which of these three midpoints is the 2nd-highest vertically? | Point O | |
STEM-313 | What is the exact label of the 2nd vertex encountered when traversing the longest explicitly drawn sequence of collinear vertices, starting from the vertex that is marked with a right angle? | U | |
STEM-315 | Assume $LE \parallel HP$, $LH \parallel EP$, and $AQ \parallel EP$. If the perimeter of parallelogram $LEPH$ is 100 units, $LH = 15$ units, and $OQ = 7$ units, what is the exact derived length of segment $KA$? | 21 units | |
STEM-316 | Locate the straight perimeter edge at the bottom of the figure that contains two pairs of double blue tick marks. What is the 2nd labeled point from the left on this continuous edge? | I | |
STEM-318 | According to Euclidean geometric standards, segments bearing the same number of hash marks are defined to be equal in length, yet this figure violates an isometric drawing. Identify all explicitly lettered segments that bear exactly three blue hash marks. If you rank these segments by their actual drawn visual length f... | TV | |
STEM-319 | Consider only the points explicitly labeled with a single uppercase letter on the upper and lower horizontal base lines. Identify the transversal segment originating from the 3rd labeled point (from the left) on the upper line, and the transversal segment originating from the 3rd labeled point (from the left) on the lo... | F | |
STEM-321 | First, calculate the positive difference between the two explicitly labeled angle measures. Second, multiply this difference by the total number of full dashed line segments in the figure. What is the exact computed value? | 120 | |
STEM-322 | Identify the two vertices that have a degree of exactly 3. Compile a single list of all their immediate neighbors, sort them alphabetically, and determine the 3rd vertex in this sorted list. What is the exact degree of this 3rd vertex? | 2 | |
STEM-323 | Focus on the vertex K. Four drawn line segments terminate at K. Order these four segments by their angle in a standard counter-clockwise sweep, starting with the right-horizontal segment (KA) as the 1st. What is the labeled opposite endpoint of the 3rd segment in this sequence? | E | |
STEM-324 | Excluding K itself, which explicitly labeled point is the 3rd-closest to vertex K? | N | |
STEM-325 | What is the label of the vertex with the 2nd-highest vertical position (y-coordinate) in the entire figure? | N | |
STEM-326 | Identify the single explicitly drawn line segment that intersects exactly two other explicitly drawn line segments at unlabeled points within the main figure. | XE | |
STEM-328 | Based strictly on the blue tick marks, what is the exact label of the simple line segment that is explicitly shown to be congruent to the 2nd-highest simple segment on the rightmost edge? | WG | |
STEM-329 | Which labeled segment on the continuous straight line OS is the 2nd one (reading from top to bottom) to explicitly possess a blue tick mark? | Segment CW | |
STEM-330 | Standard formal geometric notation dictates that explicitly measured angles should have their apex at a labeled vertex to allow for unambiguous referencing (e.g., ∠XYZ). Which explicitly labeled angle measure in this figure is the sole exception to this convention, having its apex at an unlabeled intersection? | 67° | |
STEM-331 | At vertex N, exactly three interior line segments terminate. What is the label of the origin vertex on the vertical boundary (AW) for the segment that forms the upper bounding ray of the 67° angle? | H | |
STEM-334 | Identify the 2nd-largest interior face by vertex count. Multiply its vertex count by the isolated two-digit number on the bottom left, then subtract that product from the explicitly labeled angle value. | 25 | |
STEM-335 | Given that segment TD is exactly half the length of segment FD, the total vertical distance from the bottom edge TR to the top edge XB is 40 units, and the area of the rectangle TRKF is 378 square units, what is the exact area of the parallelogram FXBK? | 342 | |
STEM-336 | Consider all uppercase letter labels that are positioned exactly along the rightmost continuous vertical line (including its extension). What is the exact label of the 2nd point from the top? | Y | |
STEM-337 | Reading from top to bottom along the rightmost vertical boundary, what are the two endpoints of the 2nd line segment that does NOT contain any blue congruence ticks? | K, R | |
STEM-338 | List the exact label of the 3rd point from the top that lies strictly on the rightmost vertical line. | N | |
STEM-339 | Consider the straight line that originates at point D and extends downwards. What is the exact sequence of the 2nd and 3rd points from the top on this specific line? | T, A | |
STEM-340 | Based strictly on the visual placement of the green text, state the exact 3-letter name of the angle that measures 70 degrees. | Angle CFW | |
STEM-341 | Given that the blue tick marks indicate segment congruence, and assuming the figure represents a regular affine grid where the horizontal segment QF = 10, what is the exact length of the segment YL? | 20 | |
STEM-342 | When traversing the straight line from vertex S to vertex Q, what is the exact two-letter name of the 2nd line segment encountered? | GU | |
STEM-343 | Let A be the total number of distinct triangles (of any size) that are completely bounded by the explicitly drawn line segments (both solid and dashed) in the figure. Let B be the numeric value printed next to the segment EI. What is the exact value of the product A × B? | 54 | |
STEM-344 | Suppose the length of the 2nd segment from the top left marked with a single blue hash (segment ON) is exactly 7. If the integer visible in the image specifies the length of segment WA, what is the exact computed sum of the full lengths of segment YN and segment WI? | 36 | |
STEM-345 | Consider only the vertices located strictly between J and M on the straight line passing through them. What is the exact label of the 2nd such vertex when moving in the direction from J towards M? | A | |
STEM-346 | When tracing the outermost perimeter of the figure strictly counterclockwise starting from vertex L, what is the exact label of the 3rd labeled point encountered (excluding L itself)? | Point I | |
STEM-348 | Given that the enclosed area of the right-angled triangle YJH is exactly 60 square units, compute the exact perimeter of triangle YJH. | 40 | |
STEM-349 | If the standalone number "11" in the figure is interpreted as the theoretical number of faces (F) for this network, it perfectly satisfies Euler's polyhedron formula (V - E + F = 2) given the total vertex (V) and edge (E) counts shown. However, applying this theoretical face count to this specific drawing directly CONT... | Planarity | |
STEM-350 | Tracing strictly along the central dashed line from the top vertex I down to the bottom vertex S, what is the exact label of the 2nd solid line segment that intersects it? | YC | |
STEM-351 | What is the exact sum of the lengths of the 1st-longest and 2nd-longest segments that lie entirely on the line passing through vertices T and D? | 18 | |
STEM-353 | Identify the specific dashed line segment, strictly belonging to the dashed triangle, that does not intersect any of the three solid line segments forming the solid triangle. | UT | |
STEM-354 | In graph theory, a bipartite graph must not contain any odd-length cycles. Which specific set of three labeled vertices forms the sole explicitly drawn 3-cycle (triangle) in this graph, thereby violating the bipartite condition? | U, S, B | |
STEM-355 | By how many degrees does the 2nd-largest explicitly marked angle exceed the smallest explicitly marked angle in the diagram? | 58 | |
STEM-356 | Ranked by their exact vertical position (y-coordinate) from top to bottom, which labeled point is the 3rd highest in the entire diagram? | V | |
STEM-357 | Calculate the interior angles of triangle SUF to determine the mathematically required length ordering of its sides. According to the Triangle Side-Angle Relationship theorem, which specifically labeled line segment in this triangle is visually drawn as the 2nd-longest side, thereby explicitly violating its calculated ... | Segment SF | |
STEM-358 | What is the exact value of the second digit of the only numeric label that is physically intersected by a drawn line segment? | 4 | |
STEM-359 | According to the explicit right-angle encoding at vertex S, KP is the hypotenuse of right triangle KSP. Which specific labeled line segment visually violates the geometric principle that the hypotenuse must be the longest side of a right triangle? | Segment SP | |
STEM-361 | Given the blue tick marks and the numeric label, what is the exact derived length of segment ZD? | 2 | |
STEM-362 | According to the geometric definition of a simple polygon, no three consecutive vertices on the boundary can be perfectly collinear (as they would form a 180° angle, rendering the middle vertex degenerate). Which sequence of four labeled vertices on the perimeter of this figure visually violates this principle by being... | P, C, B, F | |
STEM-363 | Define the "line score" of a vertex as the number of solid line segments ending at that vertex minus the number of dashed line segments ending at that vertex. What is the line score of vertex B minus the line score of vertex D? | 6 | |
STEM-364 | Treating the 6 labeled points as the exclusive vertices of a graph, and the explicitly drawn straight line segments connecting pairs of these vertices as edges, rank the vertices by their degree. What is the exact degree of the vertex with the 2nd-highest degree? | 2 | |
STEM-365 | Identify the 2nd-highest vertex and the 2nd-lowest vertex in the geometric graph. Considering ONLY the distinct, non-overlapping bounded 2D planar regions completely enclosed by solid line segments, what is the exact numerical difference between the number of these bounded regions that include the 2nd-highest vertex on... | 1 | |
STEM-366 | The precise geometric crossing point of the interior diagonal lines is occluded by the text label. Which two adjacent letters in the label directly straddle this hidden intersection point? | s and e | |
STEM-367 | Trace the solid line segment from vertex P to vertex B. Along this segment, there are exactly five distinct geometric key points: its two endpoints, one intermediate labeled vertex, and two intersections with dashed lines. Ordered strictly from top to bottom (highest to lowest y-coordinate), what specific feature const... | Intersection with dashed line AC | |
STEM-369 | Which named geometric property is NOT exhibited by the relationship between the circle and the sides of triangle ABC, which a careless observer might assume if they mistake the configuration for an incircle? | Tangency | |
STEM-371 | In the upper intersection, what specific drawn geometric element is positioned spatially between the intersection's vertex and the typographic numeral '1'? | The arc | |
STEM-372 | Consider the four numeric labels ("5", "-5", "5", "-5") present in the image. Which specific geometric quadrant strictly contains the numeric label that corresponds to the positive x-axis tick mark? | Quadrant 4 | |
STEM-373 | Scanning the central vertical dashed line strictly from top to bottom, what specific geometric shape is the 2nd disjoint black element? | Circular dot | |
STEM-374 | The right angle markings at N indicate that solid edge PB is normal to the plane formed by the dashed triangle. Consequently, two solid faces of the tetrahedron are geometrically required to be perpendicular to this dashed plane. Which of these two faces contains the labeled point M? | PBC | |
STEM-375 | When tracing the complete topological boundary of all six faces of the intended rectangular prism in the rightmost figure, which specific geometric edge is entirely absent from the drawing? | Back bottom horizontal edge. | |
STEM-376 | Assume the dashed ray EQ is parallel to segment DA. By the Perpendicular Transversal Theorem, segment AE must therefore be perpendicular to DA. If a student incorrectly claims that segment AB is the geometric altitude of polygon ABCD to the base DA, which explicitly labeled feature provides definitive visual evidence c... | Angle a | |
STEM-377 | Consider the 6 internal faces of Figure 2. Count the total number of solid line segments (both internal and perimeter) bounding each face. If you sort these six counts in descending order, what is the exact value of the 3rd count in the list? | 2 | |
STEM-378 | Identify the specific region (left, center, or right) that contains the numerical label ranking exactly 3rd from the top in absolute vertical position across the entire image. | Left region | |
STEM-379 | Which specific line segment in the diagram is physically crossed or overlapped by the black ink of the printed letter 'H'? | Segment CE | |
STEM-380 | Identify the 2nd shortest explicitly drawn line segment. What is the product of the degrees (number of connected line segments) of its two labeled endpoints? | 9 | |
STEM-381 | Let F' be the geometric projection of F onto the line segment PD. What named geometric property (specifically regarding ratios) is violated if one assumes the line AF bisects the angle PAB? | Angle Bisector Theorem | |
STEM-382 | Consider the orthogonal distances from the dashed diameter AB to the five labeled apices located strictly above it (C, E, F, G, H). Which apex has the 3rd longest orthogonal distance to AB? | G | |
STEM-383 | Let $E$ be the total number of local extrema (peaks and valleys, where the slope is zero) visible on the curve. Let $X$ be the total number of times the curve intersects the x-axis. What is the exact value of the quantity $E^2 - X$? | 6 | |
STEM-386 | Assuming the image represents an opaque 3D polyhedron where dashed lines indicate hidden edges, the unbroken solid line A-D violates standard hidden-line removal conventions. Which specific solid edge (identify by its two endpoints, calling the unlabeled top intersection "V_top") forms a front-facing ridge that geometr... | E and V_top | |
STEM-387 | The circle centered at A divides the solid lines AB, AC, and AD into interior radii and exterior segments. By visually deducing the total lengths of these three lines, determine which of the original three solid lines contains the 2nd longest exterior segment. | Solid line AB | |
STEM-388 | Observe the vertical line passing through the points N and M. There is an unlabeled point exactly where this vertical line intersects the diagonals AC and BD. What specific geometric feature does this unlabeled point represent with respect to the quadrilateral ABCD? | The intersection of its diagonals. | |
STEM-389 | If a careless observer were to apply the Segment Addition Postulate to the path formed by the dashed segments, they would assume points A, E, and D are collinear. Which specific geometric property of triangle AED proves this assumption is definitively false? | The Triangle Inequality Theorem | |
STEM-390 | Based strictly on the visual placement of the five uppercase text labels in the image, which label is 2nd when ordered by their vertical position from highest on the page to lowest? | C | |
STEM-392 | When the five labeled vertices are sorted in alphabetical order, what is the exact number of circular arcs that pass through the 3rd vertex in the sequence? | 2 | |
STEM-393 | Among the five uppercase labeled vertices, which is the sole exception that does NOT serve as an endpoint for any line segment that crosses another drawn line segment? | D | |
STEM-395 | According to ASME Y14.2 drawing conventions, a hidden line should leave a gap when crossing a visible object line. Which specific dashed line segment in the image violates this rule, and which solid edge does it intersect with a solid dash? | Segment EF at edge AC | |
STEM-396 | According to standard hidden-line conventions for drawing an opaque regular hexahedron, edges that are fully occluded by visible faces must be rendered as dashed lines. Based on the projection angle shown, exactly three edges of the cube are fully occluded. Which two of these three edges VIOLATE the convention by being... | AD and DD_1 | |
STEM-397 | If the path connecting vertices $A$, $E$, and $C$ is visually misread as a single straight diagonal, which specific named geometric property of a square's diagonals is directly contradicted by the location of intersection $E$? | Diagonals bisect each other | |
STEM-399 | Calculate the exact 3D area (in cm²) of the implied spatial triangle defined by three vertices: the two endpoints of the edge labeled "10cm", and the top-right intersection vertex of the drawn diagonal. | 30√2 | |
STEM-400 | Excluding the corner vertices A and C, exactly how many distinct intersection points between drawn line segments lie on the diagonal AC? | 2 | |
STEM-401 | Assuming the unhatched semicircle in the bottom rectangle has an area of 18π, what is the exact area of the geometric triangle formed by connecting points A, C, and O₁? | 18 | |
STEM-402 | Assuming the diagram represents a solid opaque 3D pyramid with a planar base ABCD and apex P, exactly one explicitly drawn line segment lies entirely within the interior space of the pyramid (excluding its endpoints). Which segment is it? | EF | |
STEM-403 | Consider the four vertices of the quadrilateral ABCD. Which of the three Greek-lettered angles is the ONLY one that constitutes the entire interior angle of the quadrilateral at its respective vertex? | $\alpha$ (or alpha) | |
STEM-404 | In Figure 2, determine the degree (number of connected solid line segments) for each of the five prominently labeled vertices A, C, D, E, and F. What is the exact numerical value of the 2nd-highest degree found among these five vertices? | 3 | |
STEM-405 | Suppose a geometric dilation centered at vertex B is proposed to map the line segment AD exactly onto the line segment EM. Which labeled vertex in the intended image segment visually proves this is impossible because it violates the property that a point and its dilated image must be collinear with the center? | M | |
STEM-406 | What is the exact numerical ratio of the mathematical $x_0$-coordinate width of the upper rectangle to the mathematical $x_0$-coordinate width of the lower rectangle? | 2 | |
STEM-408 | Order the three drawn axis arrows by the vertical position of their arrowheads from highest to lowest. According to standard 3D Cartesian definitions, which explicitly printed coordinate triplet violates the mathematical identity of the 2nd axis in this sequence? | (0, 4, 0) | |
STEM-409 | Let the length of the vertical segment DE be 1 unit. What is the exact vertical distance from the horizontal line AB to the point where line segment AC crosses the circle's vertical axis of symmetry? | Exactly 1 unit | |
STEM-410 | Treat the diagram as a routing network where all segments are bidirectional EXCEPT those marked with an arrowhead, which strictly enforce one-way travel in the indicated direction. If you trace the shortest valid path from C to B entirely along the outer boundary, what is the exact label of the 2nd vertex you arrive at... | Vertex A (or A). | |
STEM-411 | Consider the two theoretical lines explicitly defined by the equations in the left and right text annotations. Which labeled vertex is the ONLY one that lies exactly on both of these theoretical lines? | (0, 1) | |
STEM-412 | General domain knowledge often assumes a figure drawn like ABCD is a parallelogram. Assuming the top and bottom sides (AD and BC) are perfectly parallel, what specific geometric property required for a parallelogram is visibly violated by the lateral sides AB and CD, classifying the shape as a trapezoid instead? | Parallelism | |
STEM-413 | The dashed line AC establishes a standard hidden-line convention for an opaque 3D solid. Based on this convention, which explicitly labeled line segment strictly violates the rendering rules because it is coplanar with AC and should also be dashed, but is drawn solid? | EG | |
STEM-414 | Excluding the text letters, there are exactly three arrowheads drawn in the image. Ranked by their physical size from largest to smallest, what precise 2D horizontal direction does the 2nd-largest arrowhead point? | Left | |
STEM-415 | Assume Euclidean geometry. If the sum of the measures of angle 3 and angle 7 is 190°, and angle 6 measures 60°, what is the exact derived measure of angle 4 in degrees? | 110 |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.