Essay of fluid dynamics for IB diploma

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SUMMARY

The discussion focuses on developing an extended essay for the IB Diploma in Physics centered on fluid dynamics. Key topics suggested include investigating terminal velocity, drag, and upthrust, with specific emphasis on Stoke's Law. Participants recommend various research questions such as the effects of angle of attack, surface area on drag coefficient, and the impact of viscosity on fluid flow. The conversation highlights the need for deeper investigations beyond basic concepts to achieve high grades.

PREREQUISITES
  • Understanding of Stoke's Law in fluid dynamics
  • Familiarity with terminal velocity concepts
  • Knowledge of drag coefficient and its influencing factors
  • Basic principles of laminar and turbulent flow
NEXT STEPS
  • Research "How Does the Angle of Attack Affect Terminal Velocity?"
  • Investigate "The Effect of Surface Area on Drag Coefficient and Terminal Velocity"
  • Explore "The Impact of Viscosity on the Flow of Fluids"
  • Analyze "The Effects of Temperature on Fluid Flow Dynamics"
USEFUL FOR

Students pursuing the IB Diploma in Physics, particularly those focusing on fluid dynamics for their extended essays, as well as educators seeking to guide students in formulating advanced research questions.

Srinand
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I'm planning to do an extended Essay for the IB Diploma in Physics. I want to do something on Fluid Dynamics. I was thinking of investigating terminal velocity and effects on drag and upthrust to terminal velocity. That investigation will of course involve Stoke's Law. BUt I think that might be too shallow and GCSE-type of investigation. Can any of you suggest questions concerning fluid dynamics and post them here. Essay titles from the past that have acheived high grades would also be helpful! Please help!
 
Physics news on Phys.org
1. How Does the Angle of Attack Affect Terminal Velocity? 2. Investigating the Effect of Surface Area on Drag Coefficient and Terminal Velocity3. Analyzing the Impact of Viscosity on the Flow of Fluids4. Investigating the Effects of Temperature on Fluid Flow Dynamics5. Comparing the Effects of Reynolds Number on Laminar and Turbulent Flow6. Examining the Influence of Contraction and Expansion on Fluid Flow7. Exploring the Relationship between Pressure Gradient and Fluid Flow8. Analyzing the Impact of Different Geometries on Fluid Flow9. Investigating the Effects of Boundary Layer on Fluid Dynamics10. Investigating the Correlation Between Fluid Dynamics and Turbulence
 

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