Consider a tank as shown in figure. The tank has two nozzles on opposite sides of diameter D₁ and D₂ respectively. The depth of nozzles below the free surface of water is H and H/4 respectively. The ratio of D₂/D₁ such that the tank is in horizontal equilibrium is _________ (round off to nearest integer). H Diameter, D, 1 H/41 Diameter, D₂
Consider a tank as shown in figure. The tank has two nozzles on opposite sides of diameter D₁ and D₂ respectively. The depth of nozzles below the free surface of water is H and H/4 respectively. The ratio of D₂/D₁ such that the tank is in horizontal equilibrium is _________ (round off to nearest integer). H Diameter, D, 1 H/41 Diameter, D₂
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Consider a tank as shown in figure. The tank has two nozzles on opposite
sides of diameter D₁ and D₂ respectively. The depth of nozzles below the
free surface of water is H and H/4 respectively. The ratio of D₂/D₁ such
that the tank is in horizontal equilibrium is (round off to nearest
integer).
H
Diameter, D, ¹
H/41
Diameter, D₂](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffc90ac6e-4521-4827-b7bd-b53c73c91413%2F5681b36d-fe71-4ec2-8ec3-2c713342e455%2Ftiqvhfo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider a tank as shown in figure. The tank has two nozzles on opposite
sides of diameter D₁ and D₂ respectively. The depth of nozzles below the
free surface of water is H and H/4 respectively. The ratio of D₂/D₁ such
that the tank is in horizontal equilibrium is (round off to nearest
integer).
H
Diameter, D, ¹
H/41
Diameter, D₂
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