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The assembly shown is used in a machine. It supports an axial load P1 of 8000 lb and an eccentric load P of 8000 lb. The vertical member is a hollow cylinder having a 3-in. outside diameter and a 2-in. inside diameter.
Calculate the maximum eccentricity e if the allowable stresses are 8000 psi in tension and 18,000 psi in compression.
consider the following pulse width modulation rc circuit. the circuit consists of a switch two resistors and a
consider an air conditioning system where warm humid air flows first over cooling coils where it is cooled and
Eleven samples of size 3 were taken in an effort to monitor the voltage held by a regulator. The data are in the file P20_44.xlsx. A regulator meets specifications if it can hold between 40 and 60 volts.
Oil (p = 800 kg/m3 , u (mu) = 3.0 x 10^-3 kg/ms) is to be pumped at a rate of at least 6.3 x 10^-5 m3/s through hydraulically-smooth horizontal pipe with an equivalent length of 300 m. The pressure at the pipe inlet is 198 kPa (abs).
at steady state a refrigeration cycle maintains a clean room at 55of by removing energy entering the room by heat
Determine the fraction of the reciprocating masses to be balanced and the variation in tractive effort (iii) the maximum swaying couple
n air compressor operates at steady state with air entering at p1 1 bar t1 17 c and exiting at p2 5 bar. the air
water flows from a tank through a 2.6 m length of galvanized iron pipe 26 mm in diameter. at the end of the pipe is an
ethanol can be produced by fermentation of sugars and is used as a gasoline blending component. because the sugars can
Use the fact that the fluorescence decreases with increasing amounts of the F- standard to derive a relationship like Equation 1-3 for multiple standard additions. Use that relationship further to obtain an equation for the unknown concentration c..
an inventor claims to have devised a refrigeration cycle that at steady state requires a net power of .8 hp to remove
The stiffness of each spring is 30kNim and the initial resisting force in each spring before impact is 4.5kN. Using an energy method calculate the maximum compression of the springs.
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