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1. Water flows over a 2-m-wide rectangular sharp-crested weir. Determine the flowrate if the weir head is 0.1 m and the upstream channel depth is 1 m.
2. Water flows over a 5-ft-wide, rectangular sharp-crested weir that is Pw = 4.5 ft tall. If the depth upstream is 5 ft, determine the flowrate.
2 kg of saturated water vapor at 600 kpa are contained in a piston-cylinder device. the water expands adiabatically
Determine the force in member BC. After the truss is sectioned use a single equation of equilibrium for the calculation of each force. State if these member is in tension or compression. Take F1 = 2 kN , F2 = F3 = 3.8kN , F4 = 5 kN, F5 = 3 kN.
a fluid with a specific volume of 0.0012 m3kg flows at a velocity of 400 mmin through a 6 cm diameter pipe. further
A 70-ft-long, 0.5-in.-diameter hose with a roughness of e = 0.0009 ft is fastened to a water faucet where the pressure is p1. Determine p1 if there is no nozzle attached and the average velocity in the hose is 6 ft/s. Neglect minor losses and eleva..
iron undergoes a polymorphic transformation at 912degc. at a temperature just below 912degc it has a bcc structure a
A 100-watt motor (60% efficient) is used to raise a 100-kilogram load 5 meters into the air. How long, in units of seconds, will it take the motor to accomplish this task?
derive an equation that can be integrated to find the angular velocity of the bar as it passes through the vertical
it is desired to put oil hole through a part subjected to a stress field given by sigma xx 15 ksi sigma yy -15 ksi
estimate the amount of torque needed to actuate the knee near 0 deg flexion standing position based on the friction in
for the mechanism shown in fig 8.81 link 2 rotate at a constant angular velocity. determine the velocity and the
Find the rms value of each of the following periodic currents:
If the load hanging at the end of the rope is W derive expressions for the natural frequencies of the system.
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