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Difficulty: Hard
| ID | Section | Domain | Skill | Difficulty | Question | Actions |
|---|---|---|---|---|---|---|
| math_geo_1191 | Math | geometry_and_trigonometry | area_and_volume | Hard | Parallelogram \(HJKL\) is similar to parallelogram \(NPQR\). The length of each side of parallelogram \(NPQR\) is 6 times t... | |
| math_geo_1190 | Math | geometry_and_trigonometry | area_and_volume | Hard | Rhombus \(CDEF\) is similar to rhombus \(GHIJ\). The length of each side of rhombus \(GHIJ\) is \(\frac{4}{3}\) times the len... | |
| math_geo_1189 | Math | geometry_and_trigonometry | area_and_volume | Hard | Parallelogram \(MNOP\) is similar to parallelogram \(UVWX\). The length of each side of parallelogram \(UVWX\) is \(\frac{3}...\) | |
| math_geo_1188 | Math | geometry_and_trigonometry | area_and_volume | Hard | Parallelogram \(RSTU\) is similar to parallelogram \(KLMN\). The length of each side of parallelogram \(KLMN\) is \(\frac{1}...\) | |
| math_geo_1187 | Math | geometry_and_trigonometry | area_and_volume | Hard | Rhombus \(LMNO\) is similar to rhombus \(WXYZ\). The length of each side of rhombus \(WXYZ\) is 2 times the length of its c... | |
| math_geo_1186 | Math | geometry_and_trigonometry | area_and_volume | Hard | Parallelogram \(ABCD\) is similar to parallelogram \(PQRS\). The length of each side of parallelogram \(PQRS\) is 3 times t... | |
| math_geo_1185 | Math | geometry_and_trigonometry | circles | Hard | A circle in the \(xy\)-plane has center \((-2, 8)\) and radius \(11\). An equation of the circle can be written as \(x^2+y^2...\) | |
| math_geo_1184 | Math | geometry_and_trigonometry | circles | Hard | A circle in the \(xy\)-plane has center \((5, -6)\) and radius \(2\). An equation of the circle can be written as \(x^2+y^2+...\) | |
| math_geo_1183 | Math | geometry_and_trigonometry | circles | Hard | A circle in the \(xy\)-plane has center \((-12, 1)\) and radius \(9\). An equation of the circle can be written as \(x^2+y^2...\) | |
| math_geo_1182 | Math | geometry_and_trigonometry | circles | Hard | A circle in the \(xy\)-plane has center \((4, 11)\) and radius \(13\). An equation of the circle can be written as \(x^2+y^2...\) |