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Question: 1. Determine the horizontal and vertical deflection of the hinge at point C of the arch in Figure P8.16 for a single concentrated load of 60 kips applied at joint B in the vertical direction.
2. Compute the slope at support A and the deflection at B in Figure P8.18. EI is constant. Express your answer in terms of E, I, L, and M.
Find the stoichiometric A/F ratio (by mass) for the combustion of benzene (C6H6). Compute the actual A/F ratio and do a wet and dry analysis of the products by volume at a mixture strength of 95%.
A spherical container of outer diameter 2.5 m is buried below the wrath’s surface. The distance of the center of the container to the earth surface is 10 m. The container issued to temporarily store radioactive wastes where heat is generated at a rat..
While the outer surface exposed to the ambient air at 30oC with heat transfer co-efficient of 17 W/m2K. Calculate heat loss for 3 m length of the tube.
an air-standard otto cycle uses 0.1 kg of air and has a clearance of 17%. THe intake conditions are 98 kPa and 37 C and the energy released during combustion is 1600 KJ/kg. What is the compression ratio of the cycle?
20 scale model. If the model tests are to be performed in a wind tunnel using standard air, what is the required air velocity in the wind tunnel? Is this a realistic velocity?
Consider a system of 1024 spin-1/2 electrons at temperature 7 K. If they are in a magnetic field of 5 T, what is the total magnetic moment of this electron system?
if 10m3 of hydrogen at 0.4 mpa and room temperature is adiabatically mixed with 20m3 of nitrogen at 0.1 mpa and room
Refer to the beam shown and draw complete shear and bending moment diagrams. Show ordinates at key points and indicate magnitude of shear and moment.
As shown in Figure, disk 1 is driven by an external moment M(t). Disk 2 is connected torsionally to disk 1 by a shaft and rolls without slipping on the cart.
Points at which the root locus intersects with the imaginary axis and the corresponding gain value
what is its exit temperature and the rate of heat gain? Properties of the chilled air may be evaluated at an assumed average temperature of 300 K.
What is the average shear stress in a weld/plate interface at the bottom flange if we consider a section where the shear force is 40 kN?
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