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8.54 Water flows from the container shown in Fig. P8.54. Determine the loss coefficient needed in the valve if the water is to "bubble up" 3 in. above the outlet pipe. The entrance is slightly rounded. Vent 27 in. 1.in.-diameter galvanized iron pipe 2 with threaded fittings 18 in. 3 in. 2 in. 32 in.-

8.54 Water flows from the container shown in Fig. P8.54. Determine the loss coefficient needed in the valve if the water is to "bubble up" 3 in. above the outlet pipe. The entrance is slightly rounded. Vent 27 in. 1.in.-diameter galvanized iron pipe 2 with threaded fittings 18 in. 3 in. 2 in. 32 in.-

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8.54 Water flows from the container shown in Fig. P8.54. Determine the loss coefficient needed in the valve if the water is to "bubble up" 3 in. above the outlet pipe. The entrance is slightly rounded. Vent 27 in. 1-in.-diameter galvanized iron pipe with threaded fittings 18 in. 3 in. 2 in. 32 in. 1 FIGURE P8.54
Transcribed Image Text:8.54 Water flows from the container shown in Fig. P8.54. Determine the loss coefficient needed in the valve if the water is to "bubble up" 3 in. above the outlet pipe. The entrance is slightly rounded. Vent 27 in. 1-in.-diameter galvanized iron pipe with threaded fittings 18 in. 3 in. 2 in. 32 in. 1 FIGURE P8.54
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