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  1. College students who compare across fractions, decimals, and percentages have higher SAT/ACT scores
  2. Building integrated number sense in adults and children: Comparing fractions-only training with cross-notation number line training
  3. High School Students’ Fraction Comparison Strategy Profiles Relate to Rational Number Difficulties and Cognitive Outcomes
  4. Building integrated number sense: comparing fraction-only to cross-notation number line training
  5. Children’s estimates of equivalent rational number magnitudes are not equal: evidence from whole numbers, percentages, decimals, and fractions
  6. Visual display size and shape impact the accuracy of US adults' health‐risk estimates
  7. Worked examples and number lines improve U.S. adults’ understanding of health risks as ratios.
  8. Adults systematically underestimate decimals and whole number exposure induces further magnitude-based underestimation.
  9. Lack of integrated number sense among college students: evidence from rational number cross-notation comparison
  10. Integrated Knowledge of Rational Number Notations Predicts Children's Math Achievement and Understanding of Numerical Magnitudes
  11. Adults Systematically Underestimate Decimals and Whole Number Exposure Induces Further Magnitude-Based Underestimation
  12. Leveraging Math Cognition to Combat Health Innumeracy