Dataset Viewer
images
sequence | problem
string | answer
string |
|---|---|---|
[
"images/train/0.png"
]
| <image>Find x. | 3 |
[
"images/train/1.png"
]
| <image>If $\overline{B E} \cong \overline{E D}$ and $m \widehat{E D}=120,$ find $m \widehat{B E}$ | 120 |
[
"images/train/2.png"
]
| <image>Find x. | 2 \sqrt { 221 } |
[
"images/train/3.png"
]
| <image>Find $x$ so that $m || n$. | 27 |
[
"images/train/4.png"
]
| <image>GRID IN In the figure, the radius of circle $A$ is twice the radius of circle $B$ and four times the radius of circle $C .$ If the sum of the circumferences of the three circles is $42 \pi,$ find the measure of $\overline{A C}$ | 27 |
[
"images/train/5.png"
]
| <image>Find $m \angle 2$. | 34 |
[
"images/train/6.png"
]
| <image>Find the area of a regular hexagon with a perimeter of 72 feet. | 374.1 |
[
"images/train/7.png"
]
| <image>Find the area of the parallelogram. Round to the nearest tenth if necessary. | 420 |
[
"images/train/8.png"
]
| <image>Find the area of the shaded region. Round to the nearest tenth if necessary. | 108.5 |
[
"images/train/9.png"
]
| <image>The triangle is inscribed into the circle. Find the exact circumference of the circle. | 12 \pi |
[
"images/train/10.png"
]
| <image>Find x | 4 |
[
"images/train/11.png"
]
| <image>Find the area of the shaded sector. Round to the nearest tenth. | 311.5 |
[
"images/train/12.png"
]
| <image>Find $x$ in the figure. | 16 |
[
"images/train/13.png"
]
| <image>Find $x$. | 35 |
[
"images/train/14.png"
]
| <image>In the figure, square $WXYZ$ is inscribed in $\odot R$. Find the measure of a central angle. | 90 |
[
"images/train/15.png"
]
| <image>Find y. | 45 |
[
"images/train/16.png"
]
| <image>Find $\angle D$ of quadrilateral ABCD | 45 |
[
"images/train/17.png"
]
| <image>Find $x$. | 70 |
[
"images/train/18.png"
]
| <image>The diagonals of rhombus FGHJ intersect at K.
If $m\angle FJH = 82$, find $m\angle KHJ$. | 49 |
[
"images/train/19.png"
]
| <image>Find $y$ in the given parallelogram | 15 |
[
"images/train/20.png"
]
| <image>Find $HK$. | 10 |
[
"images/train/21.png"
]
| <image>$\triangle RST \cong \triangle XYZ$. Find $y$. | 15 |
[
"images/train/22.png"
]
| <image>Find x. Round to the nearest tenth. | 24.7 |
[
"images/train/23.png"
]
| <image>Find DX if $E X=24$ and $D E=7$ | 25 |
[
"images/train/24.png"
]
| <image>Find $TR$. | 4 |
[
"images/train/25.png"
]
| <image>Find z | 2 \sqrt { 6 } |
[
"images/train/26.png"
]
| <image>Find the measure of $\angle 4$ if $m∠4= m∠5$. | 32 |
[
"images/train/27.png"
]
| <image>Find the perimeter of the triangle. Round to the nearest tenth if necessary. | 43.5 |
[
"images/train/28.png"
]
| <image>If $\overline{QR} \| \overline{XY}, XQ=15, QZ=12$, and $YR=20$, what is the length of $\overline{RZ}$. | 16 |
[
"images/train/29.png"
]
| <image>Find $x$. | 13.9 |
[
"images/train/30.png"
]
| <image>In $\odot P$, $PS=4$, find the length of $\widehat {QR}$. Round to the nearest hundredth. | 4.75 |
[
"images/train/31.png"
]
| <image>Find $y$ if $\triangle JLM \sim \triangle QST$. | 4 |
[
"images/train/32.png"
]
| <image>Find $MP$. | 8 |
[
"images/train/33.png"
]
| <image>Find x. | 24 \sqrt { 2 } |
[
"images/train/34.png"
]
| <image>For the pair of similar figures, use the given areas to find $x$. | 10.4 |
[
"images/train/35.png"
]
| <image>Find the length of $\widehat {ZY}$. Round to the nearest hundredth. | 5.24 |
[
"images/train/36.png"
]
| <image>Find the value of x. | 130 |
[
"images/train/37.png"
]
| <image>Find $m \angle A B C$ if $m \widehat{A B}=102$ | 129 |
[
"images/train/38.png"
]
| <image>If $R T=15, Q P=21,$ and $P T=8,$ find $T S$ | 20 |
[
"images/train/39.png"
]
| <image>$\triangle K L N$ and $\triangle L M N$ are isosceles and $m \angle J K N=130$. Find the measure of $\angle LKN$. | 81 |
[
"images/train/40.png"
]
| <image>Find x. Round the side measure to the nearest tenth. | 34.8 |
[
"images/train/41.png"
]
| <image>Find sinA | \sqrt { 26 } / 26 |
[
"images/train/42.png"
]
| <image>If XM = 4, XN = 6, and NZ = 9, find XY. | 10 |
[
"images/train/43.png"
]
| <image>Find x. Round to the nearest tenth if necessary. Assume that segments that appear
to be tangent are tangent. | 8 |
[
"images/train/44.png"
]
| <image>Find $x$. | \frac { 26 } { 3 } |
[
"images/train/45.png"
]
| <image>In the figure, $m∠1 = 50$ and $m∠3 = 60$. Find the measure of $\angle 2$. | 110 |
[
"images/train/46.png"
]
| <image>Find the measure of $∠A$ to the nearest tenth. | 16.7 |
[
"images/train/47.png"
]
| <image>Find x. | 2 \sqrt { 13 } |
[
"images/train/48.png"
]
| <image>Find $ m ∠RSU $ so that $ m \parallel n $. | 124 |
[
"images/train/49.png"
]
| <image>Find tanB | 5 |
[
"images/train/50.png"
]
| <image>$RP=3.5$ and $JP=9$. Find $PL$. | 7 |
[
"images/train/51.png"
]
| <image>If PR || WX, WX = 10, XY = 6, WY = 8, RY = 5, and PS = 3, find SY | 4 |
[
"images/train/52.png"
]
| <image>Find x. | 2 \sqrt { 5 } |
[
"images/train/53.png"
]
| <image>The sum of the circumference of circles $H,J,K$ is $56 \pi$ units. Find $KJ$. | 24 |
[
"images/train/54.png"
]
| <image>Solve for x in the figure below. | 7 |
[
"images/train/55.png"
]
| <image>Find the measure of $\angle 2$ if $m \angle D G F=53$ and $m \angle A G C=40$. | 50 |
[
"images/train/56.png"
]
| <image>Find $x$. | 4 |
[
"images/train/57.png"
]
| <image>Find $m \angle D G E$ | 30 |
[
"images/train/58.png"
]
| <image>Refer to the figure at the right. Find the value of $x$ if $ p \parallel q $. | 45 |
[
"images/train/59.png"
]
| <image>Find the length of $WY$ | 9 |
[
"images/train/60.png"
]
| <image>Find $m\angle U$ | 134 |
[
"images/train/61.png"
]
| <image>$\Delta DFG$ and $\Delta F G H$ are isosceles, $m \angle FDH=28$ and$\overline{DG} \cong \overline{FG} \cong \overline{FH}$. Find the measure of $\angle GFH$. | 68 |
[
"images/train/62.png"
]
| <image>Find y. | 1.5 |
[
"images/train/63.png"
]
| <image>If $\overline{PR} \| \overline{KL}, KN=9, LN=16,$ and $PM=2KP$, find $MN$. | 12 |
[
"images/train/64.png"
]
| <image>Find $NP$. | 14 |
[
"images/train/65.png"
]
| <image>In the figure, $ \overline{JM} \cong \overline{PM}$ and $ \overline{ML} \cong \overline{PL}$. If $m \angle PLJ=34$, find $m \angle JPM$. | 36.5 |
[
"images/train/66.png"
]
| <image>Find $x$. | 12 |
[
"images/train/67.png"
]
| <image>Find $x$. | 135 |
[
"images/train/68.png"
]
| <image>If $\overline{RQ} \cong \overline{RS}$ and $ m ∠RQS = 75 $, find $ m ∠R $. | 30 |
[
"images/train/69.png"
]
| <image>Find $y$ in the figure. | 40 |
[
"images/train/70.png"
]
| <image>Find x to the nearest tenth. | 150 |
[
"images/train/71.png"
]
| <image>Find $h$ in each triangle. | 6 \sqrt 3 |
[
"images/train/72.png"
]
| <image>Find x. | 10 |
[
"images/train/73.png"
]
| <image>Find $x$. | 18 |
[
"images/train/74.png"
]
| <image>Find x. | \frac { 4 } { 9 } \sqrt { 3 } |
[
"images/train/75.png"
]
| <image>Trapezoid MNPQ has an area of 360 square feet. Find the length of $\overline{MN}$. | 14 |
[
"images/train/76.png"
]
| <image>Find x. Round side measures to the nearest tenth. | 15.1 |
[
"images/train/77.png"
]
| <image>Each pair of polygons is similar. Find CD | \frac { 10 } { 3 } |
[
"images/train/78.png"
]
| <image>Find the area of the shaded sector. Round to the nearest tenth. | 7.4 |
[
"images/train/79.png"
]
| <image>If $\frac{I J}{X J}=\frac{HJ}{YJ}, m \angle W X J=130$, and $m \angle WZG=20,$ find $m \angle JIH$ | 50 |
[
"images/train/80.png"
]
| <image>If $\overline{W P}$ is a perpendicular bisector, $m \angle WHA=8 q+17$, $m \angle HWP=10+q$, $AP=6 r+4$, and $PH=22+3 r$, find $q$. | 7 |
[
"images/train/81.png"
]
| <image>Find x | 5 \sqrt { 3 } |
[
"images/train/82.png"
]
| <image>$a=14, b=48,$ and $c=50$ find $cosB$ | 0.28 |
[
"images/train/83.png"
]
| <image>Find $x$. | 9 |
[
"images/train/84.png"
]
| <image>$\triangle ABC$ is an isosceles triangle with base $BC$. What is the perimeter of the triangle? | 40 |
[
"images/train/85.png"
]
| <image>$\overline{XY}$ and $\overline{XZ}$ are midsegments of $\triangle RST$. Find $m \angle RYX$. | 124 |
[
"images/train/86.png"
]
| <image>Find x. Assume that segments that appear to be tangent are tangent. | 4 |
[
"images/train/87.png"
]
| <image>Find the perimeter of trapezoid PQRS.. | 38 + 6 \sqrt { 2 } + 6 \sqrt { 3 } |
[
"images/train/88.png"
]
| <image>Find $m\angle 3$. | 99 |
[
"images/train/89.png"
]
| <image>Find $m\angle S$ | 123 |
[
"images/train/90.png"
]
| <image>Find x. | 4 \sqrt { 3 } |
[
"images/train/91.png"
]
| <image>Find $y$ so that the quadrilateral is a parallelogram. | 9 |
[
"images/train/92.png"
]
| <image>Find $x$. | 107 |
[
"images/train/93.png"
]
| <image>$m∠11 = 4x$, $m∠12 = 2x -6 $. Find the measure of $\angle 12$. | 56 |
[
"images/train/94.png"
]
| <image>Find $m \angle TUV$ | 53 |
[
"images/train/95.png"
]
| <image>Find x | 6 |
[
"images/train/96.png"
]
| <image>Find x | 4 \sqrt { 6 } |
[
"images/train/97.png"
]
| <image>If $m\angle BAD = 38$ and $m\angle BCD = 50$, find $m\angle ADC$. | 146 |
[
"images/train/98.png"
]
| <image>Find $m \angle 5$. | 110 |
[
"images/train/99.png"
]
| <image>Find the perimeter or circumference of the figure. Round to the nearest tenth. | 25.1 |
End of preview. Expand
in Data Studio
Please download images.tar to your local disk and use tar -xvf images.tar to unarchive the image files.
This dataset was mixed with hiyouga/geometry3k and hiyouga/math12k using the following script.
import os
from functools import partial
from datasets import DatasetDict, Features, Sequence, Value, concatenate_datasets, load_dataset
def process_sample(example: dict, index: int, split: str):
if "images" in example:
image = example["images"][0]
image_path = os.path.join("images", split, f"{index}.png")
image.save(image_path)
images = [image_path]
else:
images = []
return {
"images": images,
"problem": example["problem"],
"answer": example["answer"],
}
def main():
geo3k = load_dataset("hiyouga/geometry3k")
math12k = load_dataset("hiyouga/math12k")
os.makedirs(os.path.join("images", "train"), exist_ok=True)
os.makedirs(os.path.join("images", "test"), exist_ok=True)
map_kwargs = {
"with_indices": True,
"num_proc": 64,
"features": Features(
{"images": Sequence(Value("string")), "problem": Value("string"), "answer": Value("string")}
),
}
geo3k_train = geo3k["train"].select(range(1500)).map(partial(process_sample, split="train"), **map_kwargs)
geo3k_test = geo3k["test"].select(range(300)).map(partial(process_sample, split="test"), **map_kwargs)
math12k_train = math12k["train"].select(range(1500)).map(partial(process_sample, split="train"), **map_kwargs)
math12k_test = math12k["test"].select(range(300)).map(partial(process_sample, split="test"), **map_kwargs)
trainset = concatenate_datasets([geo3k_train, math12k_train])
testset = concatenate_datasets([geo3k_test, math12k_test])
dataset = DatasetDict({"train": trainset, "test": testset})
dataset.push_to_hub("hiyouga/rl-mixed-dataset")
if __name__ == "__main__":
main()
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