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Water at 20°C flows through a 5-cm-diameter pipe that has a 180° vertical bend, as in Fig. P3.43. The total length of pipe between flanges 1 and 2 is 75 cm. When the weight flow rate is 230 N/s, p1 =165 kPa and p2 134 kPa. Neglecting pipe weight, determine the total force that the flanges must withstand for this flow.
ten kg of water is in a closed container with a volume of 0.73 m3 and a temperature of 1000 degc. determine the amount
consider a newly designed structure. the capacity of the structure is estimated to be c-bar 12500 kips and the
A concentric tube, i.e. tube-in-tube, heat exchanger uses water at 15 °C to cool ethylene glycol from 100 °C to 60 °C. The water and glycol flow rates are each 0.5 kg/s. The specific heat of glycol and water are 2637 J/kg-K and 4180 J/kg-K, respectiv..
If the current through and the voltage across a component in an electric circuit are
modified brayton cycle is to be analyzed using the air-standard assumption with constant specific heats at a
a dynamics student is called on to investigate a two-car collision. its known that car a struck car b. mass of car a is
a simple steam power plant operates on 20 kgs of steam. heat transfer to the steam in the boiler is 69 mw and heat
the turntable of a record player rotates initially at the rate 33 revmin and takes 14.07 s to come to rest. what is the
water flows with a velocity of 3 ms in a rectangular channel 3 m wide at a depth of 3 m. what is the change in depth
moist air initially at 70 percent humidity and 5 c is heated to 25c. the input flow rate is 3000 cubic meters per hour
Find the transmittance at each wavelength. and the absorbance at each wavelength. Plot the spectrum of the compound.
Perform a dimensional analysis to determine the dimensionless groups that would be required to define the pump performance. Arrange the groups so that the power and pump pressure each appear in only one group.
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