A development team wants to build a model that can verify the step-by-step reasoning process for complex legal document analysis. However, creating a dataset with detailed, step-by-step human annotations for this task is prohibitively expensive and requires rare legal expertise. The team has access to a very large, existing dataset for a different task: verifying step-by-step solutions to high school mathematics problems, which is cheap to annotate. The team proposes to first train their verification model on the large math dataset and then apply it directly to the legal analysis task with minimal changes. Which statement provides the strongest justification for why this approach is a sound strategy?
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A development team wants to build a model that can verify the step-by-step reasoning process for complex legal document analysis. However, creating a dataset with detailed, step-by-step human annotations for this task is prohibitively expensive and requires rare legal expertise. The team has access to a very large, existing dataset for a different task: verifying step-by-step solutions to high school mathematics problems, which is cheap to annotate. The team proposes to first train their verification model on the large math dataset and then apply it directly to the legal analysis task with minimal changes. Which statement provides the strongest justification for why this approach is a sound strategy?
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