- A Homogeneous Cylinder Is Submerged Into Two Layers Of Liquid Composed Of Water At The Top Layer And A Heavier Non Pola 1 (47.75 KiB) Viewed 40 times
A homogeneous cylinder is submerged into two layers of liquid composed of water at the top layer and a heavier, non-pola
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A homogeneous cylinder is submerged into two layers of liquid composed of water at the top layer and a heavier, non-pola
A homogeneous cylinder is submerged into two layers of liquid composed of water at the top layer and a heavier, non-polar liquid (SG=4.2) at the lower layer. It settled in equilibrium as shown in the figure. The dimension and draft of the submerged cylinder are given as follows: Draft in H2O:230 mm Draft in the non-polar liquid: 70 mm Diameter of cylinder (mm): 200 mm a. Determine the density of the cylinder. b. How much vertical force is needed to push the cylinder down by 30 mm in the non-polar liquid? Use π=3.14. Use g=9.807 m/s2=32.17ft/s2 and Ywater =9790 N/m3=62.4lb/ft3
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