A textbook on mechanical and electrical engineering (1898)
International Correspondence Schools · Scranton : International Textbook Co., [1898-99] · leaf 412
(35.) … That is, the velocity of efflux from the bottom of a vessel infeet per second, equals the square root of 2 g times the head,divided by 1 minus the ratio of the square of the area of theorifice to the square of the area of the bottom. 1011. If the area of the cross-section of the base ismore than 20…
Electrical engineering · Mechanical engineering
Internet Archive · Gerstein Library, University of Toronto · Public Domain Mark 1.0. Free to use for anything.
