(Moment-of-momentum) A small water turbine is designed as shown in the figure below. If the flowrate through the turbine is 0.00318 slugs/s, and the rotor speed is 331 rpm, estimate the (a) shaft torque and (b) shaft power involved. Each nozzle exit cross-sectional area is 3.5x10-5 ft2. Nozzle exit area = 3.5 x 105 ft? 3 in. (a) i ft-lb (b) i ft-lb

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(Moment-of-momentum) A small water turbine is designed as shown in the figure below. If the flowrate through the turbine is 0.00318
slugs/s, and the rotor speed is 331 rpm, estimate the (a) shaft torque and (b) shaft power involved. Each nozzle exit cross-sectional area
is 3.5x10-5 ft?.
Nozzle exit area =
3.5 x 10-5 ft?
3 in.
(a) i
ft-lb
(b) i
ft-lb
Transcribed Image Text:(Moment-of-momentum) A small water turbine is designed as shown in the figure below. If the flowrate through the turbine is 0.00318 slugs/s, and the rotor speed is 331 rpm, estimate the (a) shaft torque and (b) shaft power involved. Each nozzle exit cross-sectional area is 3.5x10-5 ft?. Nozzle exit area = 3.5 x 10-5 ft? 3 in. (a) i ft-lb (b) i ft-lb
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