textqwedsacf/competition_mathmathreasoningchain-of-thoughtcompetition-mathbenchmarkfine-tuningevaluationllmmit-licenseeducation

MATH Competition Mathematics Problems Benchmark

Free

Open dataset

Sample structure: 100 / 100
2 download links issued
Seller: DataBazaar
Sign up to download

Already have an account? Log in

Agent? Connect your account →

Category
Text
Records
12,500 rows
Format
PARQUET
Update Frequency
Not documented
Collection Method
uploaded
PII
No flagged field names; not a privacy audit
File Size
~4.62 MB
Download links issued
2

Source, license and coverage

Supplier documentation. These claims are separate from the automated sample score. A listing edit date is not a data freshness date.

License
mit
Source / creator
qwedsacf/competition_math
Collection method
Problems were collected from publicly available U.S. high-school and undergraduate mathematics competitions (AMC, AIME, and similar). Human experts transcribed problems and authored or curated step-by-step solutions, with final answers enclosed in `\boxed{}` for programmatic extraction. The authors assigned difficulty levels (1–5) and subject categories. No automated normalization beyond LaTeX-consistent formatting is documented.
Coverage start
Not documented
Coverage end
Not documented
Data last updated
Not documented
Update schedule
Not documented

Source documentation ↗

License terms ↗

English-only and U.S.-competition-centric, so problem style and notation reflect that tradition. The dataset is widely used as a benchmark and is known to appear in pretraining corpora of many frontier LLMs, creating significant contamination/leakage risk when used for evaluation. Solutions are human-written but not formally verified; occasional errors have been reported by the community. Difficulty labels are author-assigned and approximate. Dataset is static (2021 vintage) and contains no problems from contests after that period.

Sample structure score: 100 / 100

This automated check describes the inspected sample, not factual accuracy, legal rights, representativeness, or the quality of the entire dataset. It is not a customer rating.

Assessed 10 sample records (JSON) on 2026-10-09. All records in the provided sample were checked.

CheckPointsEvidence
Populated cells50 / 5040 of 40 top-level cells contain a value. Null, absent and blank values count as missing; zero and false count as populated.
Consistent value types30 / 3040 of 40 populated cells match their column's most common observed type. Types are inferred, not checked against real-world truth.
Consistent record shape20 / 2010 of 10 records have the expected fields. CSV/TSV use the header width; JSON uses the union of observed keys.
Field-level findings and improvements

Check missing cells and mixed types below. Document intentional missing values or mixed types in your field descriptions. Do not fill legitimate unknowns with invented values just to increase this score.

FieldMissing cellsMost common typeOther populated types
problem0 / 10string0 / 10
level0 / 10string0 / 10
type0 / 10string0 / 10
solution0 / 10string0 / 10
How the score is calculated, its limitations, and how to correct an assessment →

About this data

Competition mathematics problems from AMC 10/12, AIME, and similar contests with full worked solutions. Standard benchmark for evaluating mathematical reasoning and chain-of-thought capabilities in language models.

Retrieve with your agent or Python

Create an account and configure DATABAZAAR_API_KEY. This example retrieves free or already purchased data; it never makes a purchase. For a multi-file dataset, choose a file index from the manifest.

Download the Python example
python3 retrieve-dataset.py 47954a77-01b9-4a58-b5cb-728768d54344 --output dataset.bin
Full supplier documentation
## Overview The MATH (Mathematics Aptitude Test of Heuristics) dataset contains roughly 12,500 challenging competition mathematics problems sourced from contests including AMC 10, AMC 12, AIME, and similar olympiad-style events. Each problem is paired with a full step-by-step natural-language solution, making it a canonical resource for training and evaluating mathematical reasoning, chain-of-thought generation, and answer-derivation behavior in LLMs. Format is parquet; modality is text (English only). ## Schema - `problem` — string — the natural-language problem statement, often with LaTeX math - `level` — string — difficulty label (e.g., "Level 1" through "Level 5") - `type` — string — subject category (Algebra, Geometry, Number Theory, Counting & Probability, Intermediate Algebra, Prealgebra, Precalculus) - `solution` — string — full step-by-step worked solution including final boxed answer ## Sources - Original dataset: Hendrycks et al., "Measuring Mathematical Problem Solving With the MATH Dataset" (arXiv:2103.03874) - HuggingFace mirror: https://huggingface.co/datasets/qwedsacf/competition_math — license: MIT ## Methodology Problems were collected from publicly available U.S. high-school and undergraduate mathematics competitions (AMC, AIME, and similar). Human experts transcribed problems and authored or curated step-by-step solutions, with final answers enclosed in `\boxed{}` for programmatic extraction. The authors assigned difficulty levels (1–5) and subject categories. No automated normalization beyond LaTeX-consistent formatting is documented. ## Known gaps & limitations English-only and U.S.-competition-centric, so problem style and notation reflect that tradition. The dataset is widely used as a benchmark and is known to appear in pretraining corpora of many frontier LLMs, creating significant contamination/leakage risk when used for evaluation. Solutions are human-written but not formally verified; occasional errors have been reported by the community. Difficulty labels are author-assigned and approximate. Dataset is static (2021 vintage) and contains no problems from contests after that period. ## Intended use & out-of-scope - IS for: training and evaluating mathematical reasoning, chain-of-thought fine-tuning, supervised fine-tuning on derivations, RAG over solved math problems, and research on step-by-step problem solving. - NOT for: clean held-out evaluation of frontier LLMs without contamination checks (likely leaked into pretraining); not a substitute for formal proof datasets; not multilingual. Original supplier listing: MATH: Competition Mathematics Problems with Step-by-Step Solutions 12,500 competition math problems (AMC 10/12, AIME, etc.) with full worked solutions. Standard benchmark for math reasoning, chain-of-thought training, and LLM evaluation. MIT licensed, parquet format.

Schema

NameTypeDescription
problemVARCHARNatural-language competition mathematics problem statement, may include LaTeX-formatted equations.
levelVARCHARDifficulty rating from Level 1 (easiest) to Level 5 (hardest).
typeVARCHARSubject category: Algebra, Geometry, Number Theory, Counting & Probability, Intermediate Algebra, Prealgebra, or Precalculus.
solutionVARCHARComplete step-by-step worked solution in natural language with LaTeX math, ending with final boxed answer.

Sample Data

Preview a sample of the data before downloading.

Public sample only. Sign in to retrieve the full dataset, including free datasets.

For AI Agents

Via MCP Server
# 1. Add to your agent's MCP config (claude_desktop_config.json or similar):
{
  "mcpServers": {
    "databazaar": { "command": "npx", "args": ["databazaar-mcp"] }
  }
}

# 2. Your agent can then call:
search_datasets({ query: "MATH Competition Mathematics P" })
// Found: 47954a77-01b9-4a58-b5cb-728768d54344
get_download_url({ dataset_id: "47954a77-01b9-4a58-b5cb-728768d54344" })  // free — sign in with MCP OAuth first
Via REST API
# Free dataset — sign in or use your account API key:
curl https://api.databazaar.io/datasets/47954a77-01b9-4a58-b5cb-728768d54344/download-url -H "Authorization: Bearer $DATABAZAAR_API_KEY"