Q3 :An inverse conical tank with a diameter of (1 m) and height of (7 m) filled with water. A hole has a radius of (0.01 m) in the center of the base. After a time of 80 s the depth at the tank became 4.714 m. the depths through the time t = 0 (2O) 80 seconds are:
Q3 :An inverse conical tank with a diameter of (1 m) and height of (7 m) filled with water. A hole has a radius of (0.01 m) in the center of the base. After a time of 80 s the depth at the tank became 4.714 m. the depths through the time t = 0 (2O) 80 seconds are:
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![Q3 :An inverse conical tank with a
diameter of (1 m) and height of (7 m)
filled with water. A hole has a radius of
(0.01 m) in the center of the base. After a
time of 80 s the depth at the tank
became 4.714 m. the depths through the
time t = 0 (20) 80 seconds are:
%3D
O y1 = 2.112, y2= 2.012 , y3= 2.001
O y1 = 5.913 y2= 5.578 y3= 5.216
%3D
O y1 = 4.945 , y2= 4.407, y3= 4.285
O y1 = 5.883, y2= 5.312, y3= 5.181](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F006e1fd9-daae-4033-b85f-a7a68aef2889%2F1041708f-2239-4d79-8ee3-cffcd06fe81e%2Ffqcoamh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q3 :An inverse conical tank with a
diameter of (1 m) and height of (7 m)
filled with water. A hole has a radius of
(0.01 m) in the center of the base. After a
time of 80 s the depth at the tank
became 4.714 m. the depths through the
time t = 0 (20) 80 seconds are:
%3D
O y1 = 2.112, y2= 2.012 , y3= 2.001
O y1 = 5.913 y2= 5.578 y3= 5.216
%3D
O y1 = 4.945 , y2= 4.407, y3= 4.285
O y1 = 5.883, y2= 5.312, y3= 5.181
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