MEC1005W Group 7 Fluid Dynamics assignment

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Across
  1. 3. The amount of internal friction in a fluid
  2. 5. A fluid that flows through the bodies of animals
  3. 6. Material with strong attraction to water that easily absorbs moisture
  4. 8. Greek scientist known for discovering principles related to buoyancy
  5. 10. Pressure from vapour in equilibrium with its condensed phase
  6. 11. Angle between wing chord and oncoming airflow, affecting lift and drag
  7. 13. Resistance to motion, causing energy loss or slowing objects
  8. 14. Mass per unit volume of a fluid.
  9. 17. the reason why water droplets are roundish (two words)
  10. 19. Study of fluids at equilibrium, including pressure forces
  11. 20. Study of fluids in motion
  12. 23. Principle describing the conservation of energy in fluid flow
  13. 24. Enable flow comparisons and scaling law establishment
  14. 28. Fluid statics specifically applied to water-like fluids
  15. 29. involves the use of dimensionless numbers.
  16. 30. having a shape that reduces drag.
Down
  1. 1. Immersed body experiences upward force equal to fluid displaced
  2. 2. The gases surrounding the Earth
  3. 4. Material displaying both viscous flow and elastic deformation behaviour
  4. 7. A dimensionless number predicting laminar or turbulent fluid flow
  5. 9. a change of shape due to stress or force
  6. 12. SI unit of pressure, equal to one newton per square meter
  7. 15. Conversion of heat into other forms of energy
  8. 16. Rotating air left behind wings as they generate lift
  9. 18. Fluid viewed as continuous matter, ignoring molecular-scale separations
  10. 21. Force exerted per unit area by a fluid
  11. 22. The lowest level of the Earth’s atmosphere
  12. 25. Upward force perpendicular to fluid flow
  13. 26. The upward force on a body immersed in a fluid
  14. 27. Type of drag that which acts normal to a body