1. In the figure below, two compartments are separated by a vertical wall. A circular gate of diameter D= 30 cm connects the two compartments. The left compartment is filled with water. The right compartment is filled with a liquid of unknown density. Given the liquid levels shown below and if the gate experiences a zero net force, determine the density of the liquid on the right as a function of water density Pwater. 40 cm. 20 cm 30 cm 40 cm. Pwater Punknown circular gate

Elements Of Electromagnetics
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1. In the figure below, two compartments are separated by a vertical wall. A circular gate of diameter D = 30 cm
connects the two compartments. The left compartment is filled with water. The right compartment is filled
with a liquid of unknown density. Given the liquid levels shown below and if the gate experiences a zero net
force, determine the density of the liquid on the right as a function of water density Pwater.
40 cm
20 cm
30 cm
40 cm
K
Pwater
Punknown
circular gate
Transcribed Image Text:1. In the figure below, two compartments are separated by a vertical wall. A circular gate of diameter D = 30 cm connects the two compartments. The left compartment is filled with water. The right compartment is filled with a liquid of unknown density. Given the liquid levels shown below and if the gate experiences a zero net force, determine the density of the liquid on the right as a function of water density Pwater. 40 cm 20 cm 30 cm 40 cm K Pwater Punknown circular gate
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