The circular dish, whose cross section is shown, has an outside diameter of 0.20 m. A water jet with speed of 35 m/s strikes the dish concentrically. The dish moves to the left at 15 m/s. The jet diameter is 20 mm. The dish has a hole at its center that allows a stream of water 10 mm in diameter to pass through without resistance. The remainder of the jet is deflected and flows along the dish. Calculate the force required to maintain the dish motion.

Transcribed Image Text:

d= 10 mm- U= 15 m/s P4.129 0=40° V = 35 m/s D = 20 mm d= 10 mm- U= 15 m/s P4.129 0=40° V = 35 m/s D = 20 mm

Answer rating: 100% (QA)

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