time in minutes to remove half of the volume contained through the orifice b. time in seconds to remove the content of the cylindrical tank when it's initially full c. time in minutes to empty the composite tank c. time in minutes to empty the composite tank.
time in minutes to remove half of the volume contained through the orifice b. time in seconds to remove the content of the cylindrical tank when it's initially full c. time in minutes to empty the composite tank c. time in minutes to empty the composite tank.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Below a right circular tank having a diameter of 4m and a meter high is a superimposed hemispherical bowl 2m in radius. A 150mm diameter sharp-edge orifice with a coef. of discharge equal to 0.60 is located at the lowest part of the bowl. If the tank is full of water, determine the
a. time in minutes to remove half of the volume contained through the orifice
b. time in seconds to remove the content of the cylindrical tank when it's initially full
c. time in minutes to empty the composite tank c. time in minutes to empty the composite tank.
Please answer all subparts with explanation.
Don't copy from other sources.
Thanks
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