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1. A W10×22 structural steel wide-flange beam on a simple span of 16 ft supports a concentrated load of 10,000 lb at midspan. Calculate the end rotation of the beam.
2. A W24×84 structural steel wide-flange beam on a simple span of 30 ft supports a uniformly distributed load of 3.0 kips/ft. Calculate the end rotation of the beam.
a steel plate is to be attached to a support with three bolts. the plate is 50 mm wide and 11.2 mm thick and the yield
water flows in a pipeline. at a point in the line where the diameter is 7 in. the velocity is 12 fps and the pressure
an 80-lb n boy sitting in a stationary 20-lb wagon wants to simulate rocket propulsion by throwing bricks out of the
a 9 meter diameter balloon filled with helium carries a 100 kg person.the force that will push the balloon up is f p
consider two reversible refrigerators operating in series. the first refrigerator removes heat at the rate of 250 kw
the angle between the direction of motion of a conductor and the lines of flux is 30deg. the length of the conductor in
steam at 160 bar 520 degrees celsius and with a mass flow rate of 250 kgs enters a turbine operating at steady state
in the casting of steel under certain mold conditions the mold constant in chvorinovs rule is know to be 4.0 mincm2
Calculate the air outlet temperature and the heat removed from the vane - Generate a plot of the air outlet temperature as a function of flow rate for 0.1 m 0.6 kg/h.
We have seen that derivatives of partition functions can be used to express various quantities of interest. Derive identities for the following in terms of derivatives of the quantum-mechanical, grand canonical partition function.
How thick is the boundary layer at the trailing edge of the banner in the figure of Problem 7.19? Also calculate the shear force at the trailing edge. Use turbulent boundary-layer properties from Table 7.1.
for the deteministic signal yt-23sin6pit4sin18pit sketch the amplitude-frequency spectrum of yt a when the sinal is
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