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Are LLMs Ready for English Standardized Tests? A Benchmarking and Elicitation Perspective

Authors
Luoxi Tang,
Tharunya Sundar,
Shuai Yang,
Ankita Patra,
Manohar Chippada,
Giqi Zhao,
Yi Li,
Riteng Zhang,
Tunan Zhao,
Ting Yang,
Yuqiao Meng,
Weicheng Ma,
Zhaohan Xi
Date
Publisher
arXiv
AI is transforming education by enabling powerful tools that enhance learning experiences. Among recent advancements, large language models (LLMs) hold particular promise for revolutionizing how learners interact with educational content. In this work, we investigate the potential of LLMs to support standardized test preparation by focusing on English Standardized Tests (ESTs). Specifically, we assess their ability to generate accurate and contextually appropriate solutions across a diverse set of EST question types. We introduce ESTBOOK, a comprehensive benchmark designed to evaluate the capabilities of LLMs in solving EST questions. ESTBOOK aggregates five widely recognized tests, encompassing 29 question types and over 10,576 questions across multiple modalities, including text, images, audio, tables, and mathematical symbols. Using ESTBOOK, we systematically evaluate both the accuracy and inference efficiency of LLMs. Additionally, we propose a breakdown analysis framework that decomposes complex EST questions into task-specific solution steps. This framework allows us to isolate and assess LLM performance at each stage of the reasoning process. Evaluation findings offer insights into the capability of LLMs in educational contexts and point toward targeted strategies for improving their reliability as intelligent tutoring systems.
Study at a glance
  • Question: How well can large language models solve different types of English standardized test questions?
  • Setting and data: Over 10,576 questions across 29 question types from five widely recognized English standardized tests.
  • Method: Tests AI model accuracy, efficiency, and step-by-step reasoning on standardized test questions.
Why it matters

Large language models hold promise for revolutionizing how learners interact with educational content. Determining their potential to support test preparation requires assessing whether they can generate accurate and contextually appropriate solutions across diverse English standardized test question types.

Key findings
  • Across five English standardized tests with over 10,576 questions, language models lack the reliability needed to serve as intelligent tutoring systems.
  • Language models demonstrate performance differences at each separate stage of the reasoning process when solving complex test questions.
  • Language model accuracy and processing efficiency vary across 29 question types spanning text, images, audio, tables, and mathematical symbols.

Summary drafted with AI from the paper’s abstract and may contain errors. See the full paper for details.

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