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An electrical contact material is produced by first making a porous tungsten compact that weighs 125 g. Liquid silver is introduced into the compact; careful measurement indicates that 105 g of silver is infiltrated. The final density of the composite is 13.8 g/cm3. Calculate the volume fraction of the original compact that is interconnected porosity and the volume fraction that is closed porosity (no silver infiltration).
Can CAD be used in non-engineering applications? What are some other CAD programs that exists and how do they differ from SolidWorks? Is there any relationship with CAD and the Manufacturing world?
Assume that the collision is inelastic (i.e., the water leaves with a zero horizontal component of velocity relative to the block) and that the spring is initially at its rest length l0. Find the final length of the spring.
find the force f required to hold the plug in place at the exit of the water pipe. the flow rate is 1.5 m3s the
What is the difference between control charts for variables and control charts for attributes?
The pipe flow experiment deals with fluid flow through a non-circular cross-section “pipe”. Please explain, using supporting equations, how you would calculate the pressure loss during fluid flow between two points along the pipe.
Find the minimum power of the pump
The soil in the previous problem is loaded by a surcharge of 2 m of the same sand. The groundwater level is maintained. Calculate the increase of the average effective stress in the clay, in kPa.
Find: Pin dynamic forces and T (torque applied on link 2 ) to generate the required input velocity following requested output velocity of 25rpn Please note that for kinetic analysis
In the first liquid, which is water, it floats fully submerged. In liquids A, B, and C, it floats with heights h/2, 2h/3, and h/4 above the liquid surface, respectively. What are the relative densities (the densities relative to that of water) of?
Find the eigenvector corresponding to the eigenvalue
a dragster weighing 1600 lbf attains a speed of 270 mph in the quarter mile. immediately after passing through the
A spherical water droplet having a diameter of 1.3 mm is allowed to fall from rest in atmospheric air at 1 atm and 20C. Estimate the velocities the duplet will attain after a drop of 30, 60, and 300 m.
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