Kitchen Mathematics: Family Learning Projects For Ages 5–7
Built around counting recipe portions and comparing measurement units, this supervised fa…
Kitchen MathematicsView BookReaders encounter fluid mechanics models through the revealing, and sometimes contested, perspective of sensitivity analysis. Historical and contemporary materials are used selectively, giving the reader enough conceptual depth to judge competing explanations. The emphasis is on fluid mechanics models viewed through sensitivity analysis, with worked models, derivations, observational data, and explanatory diagrams. Which mechanisms explain observed differences without confusing correlation with cause?
Introduction — Fluid Mechanics Models and the Art of Sensitivity Analysis 1. The Problem and Its Vocabulary in Fluid Mechanics Models 2. Evidence, Sources, and Their Limits for Sensitivity Analysis 3. Historical and Conceptual Foundations of Fluid Mechanics Models 4. Methods for Comparative Inquiry in Applied Mathematics and Modeling 5. Evidence Gaps and Future Research: Fluid Mechanics Models 6. Historical Pathways and Change: Sensitivity Analysis 7. Mechanisms and Explanatory Models: Applied Mathematics and Modeling 8. Assessing Strength of Evidence: Fluid Mechanics Models 9. Theory in Contact with Practice: Sensitivity Analysis 10. Open Problems and Emerging Directions: Applied Mathematics and Modeling 11. Social and Technical Implications: Fluid Mechanics Models 12. Synthesis and Further Questions: Sensitivity Analysis Conclusion — What the Evidence Allows References and Further Reading Index