Particle Drag Coefficients

Particle Drag Coefficients

Particle Drag Coefficients .


  • Two glass tube columns 100 mm diameter x 1.5 m long with top guide, bottom valves and back fluorescent lamp. Ball spheres of different materials, shapes, and diameters, stop watch.
  • To study drag of a particle in a liquid under various Reynolds numbers.


  • 2 tubes, 1.5m long, with guide marks, and valves at bottom for the removal of balls with minimum loss of liquid.
  • The 2 tubes facilitate comparison of the viscosity of two liquids, effect of boundary layer separation on motion of sphere. Set of balls with various diameters and materials.
  • Fluorescent lamp for illumination

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