A textbook on mechanical and electrical engineering (1898)
International Correspondence Schools · Scranton : International Textbook Co., [1898-99] · leaf 415
inute: what is the amount actually discharged persecond ? Solution.—Multiplying the theoretical discharge by the average coeflficient of efflux, 12.4 X-015 = 7,626 cu. ft. per min.;cu. ft. per sec. Ans. 7.62C60 = .1271 1016. If the water discharges through a short tubewhose length is from \\ to 3…
Electrical engineering · Mechanical engineering
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