Assignment no. (8)pdf

Assignment no. (8)pdf - 1 Assignment no. (8) The...

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1 Assignment no. (8) The Constrained Motion 1. A small particle having a mass m is placed inside a smooth circular vertical tube. If ) 3 ( min max υ = , determine the ratio between maximum and minimum normal force between the particle and tube , the velocity and the normal force when the particle reaches the end of horizontal diameter. 2. A small particle having a mass m is placed inside a smooth circular vertical tube ( r=10cm ). If the particle starts its motion from the upper end of the vertical diameter with initial velocity sec) / mt 1 ( , determine velocity and the normal force at the lower end of the vertical diameter. 3. A small particle having a mass m=20gm is placed inside a smooth circular vertical tube (r=10cm) . The particle starts its motion from the lower end of the vertical diameter of the tube with initial velocity sec) / mt 2 ( 0 = . Did the particle reach the upper end of the vertical diameter? Determine the velocity and normal force at the end of the horizontal diameter. 4.
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This note was uploaded on 12/21/2010 for the course ME 108 taught by Professor Elbarki during the Spring '08 term at Alexandria University.

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Assignment no. (8)pdf - 1 Assignment no. (8) The...

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