9. A tank as shown in figure below compose of hemispherical at the top, cylinder at the middle and cone at the bottomis contain of full water, A 100 mm 4 orifice located at the bottom (C = 0.62), compute for;A) Time to drop the water from 7m to 4 mB) Time to empty the half of water in the tankC) Time to empty the whole tank4mp2 m3 m2 m

Diameter of orifice =100mmCd = 0.62other data mentioned in the figureA) Time to drop the water from…

9. A tank as shown in figure below compose of hemispherical at the top, cylinder at the middle and cone at the bottom is contain of full water, A 100 mm o orifice located at the bottom (C = 0.62), compute for; A) Time to drop the water from 7m to 4 m B) Time to empty the half of water in the tank C) Time to empty the whole tank

9. A tank as shown in figure below compose of hemispherical at the top, cylinder at the middle and cone at the bottom is contain of full water, A 100 mm o orifice located at the bottom (C = 0.62), compute for; A) Time to drop the water from 7m to 4 m B) Time to empty the half of water in the tank C) Time to empty the whole tank

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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