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📐 geometry

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Angle Dfe 165077
1. **State the problem:** We need to find the measure of angle $m\angle DFE$ given a portion of a circle with chord $D$ and points $D$, $F$, and $E$ on or near the circle. 2. **Rec
Angle In Scalene F32D4D
1. **State the problem:** We need to find the angle $a$ at vertex $C$ in a scalene triangle $ABC$ drawn on a unit grid, where the side lengths are not aligned to the grid. 2. **Ide
Height Ratio 7Ff9B5
1. **State the problem:** We have three similar solid shapes A, B, and C. - Surface area of A = 4 cm²
Missing Lengths Volume 3D09B0
1. **Find the missing length $x$ in the right triangular prism with volume 432 cm³.** The volume formula for a triangular prism is:
Missing Lengths 56A7B3
1. **Problem Statement:** Find the missing height $H$ of a right triangular prism with volume $432$ cm³ and base sides $12$ cm and $8$ cm. 2. **Formula:** Volume of a prism is give
Angle Reflection E31287
1. **Problem Statement:** Reflect an angle over the line $y = -x$ and explain if it is possible. 2. **Reflection Concept:** Reflection over a line in the coordinate plane means eve
Chef Hat Shape Bbc9B5
1. The problem is to analyze the shape of a chef's hat described as an outline with smooth curved lines forming five rounded lobes at the top and a curved rectangular base. 2. Sinc
Triangle Congruence 6F4E67
1. **State the problem:** We are given two triangles, \(\triangle ABK\) and \(\triangle ACK\), with some side lengths expressed in terms of \(x\). We need to determine if these tri
Circumcenter Segments 54B491
1. **Problem Statement:** Given that point P is the circumcenter of \(\triangle ABC\), find segments congruent to \(BR\), \(CS\), and \(BP\).
Pythagoras Hypotenuse B552E8
1. **State the problem:** We need to find the hypotenuse $z$ of a right-angled triangle where the two legs are 3 cm and 6 cm. 2. **Formula:** Use Pythagoras' theorem which states:
Triangle Similarity 0556Aa
1. The problem asks to state one condition for two triangles to be similar. 2. One condition for two triangles to be similar is that their corresponding angles are equal (AAA crite
Parallelogram Area Ec4Be1
1. **State the problem:** We have a parallelogram with base 10 cm and height 4 cm, cut into three pieces: two right triangles and one rectangle. We want to rearrange these pieces t
Point Coordinates 966830
1. The problem is to identify the coordinates of points A, B, C, D, and E on the given coordinate plane. 2. The coordinate plane has x and y axes with grid lines at intervals of 4
Cone Sector Area 2E750D
1. The problem involves a cone with height 12 cm and base radius 2 cm, cut and opened into a sector with angle $x=60^\circ$. We need to find the area of the shaded sector. 2. First
Polygon Area 86A623
1. **State the problem:** Calculate the area of an irregular polygon with given side lengths in inches. 2. **Approach:** We can find the area by decomposing the polygon into rectan
Irregular Polygon Area 02C83C
1. **Stating the problem:** We are given an irregular polygon with the following side lengths: top and bottom horizontal sides are 9 ft each, left vertical side is 6 ft, right vert
Symmetry Types 87F8B3
1. The problem involves identifying types of transformations or symmetries related to given graphs. 2. The first graph is described as a wavy line, which typically represents a con
Area Figures 30912D
1. The problem asks to find the area of each figure described. 2. For the right triangle inside a rectangle with hypotenuse 18 and one angle 30°:
Rectangle Diagonal 34Dd30
1. The problem involves a rectangle with a diagonal of length 10 units. 2. We want to find the dimensions of the rectangle or verify the relationship between its sides and the diag
Cosine Angle Pr Length Fc0Dc0
1. **Problem statement:** Given quadrilateral PQRS with diagonals PR and QS intersecting at O, and lengths PQ = 4 cm, OQ = 3.5 cm, QR = 7 cm, we need to (i) show that $\cos(\angle
Parallelogram Cosine 584Ff8
1. **Problem statement:** Given parallelogram PQRS with diagonals PR and QS intersecting at O, where |PQ| = 4 cm, |QR| = 7 cm, and |QO| = 3.5 cm, we need to (i) show that $\cos(\an