A piston with a diameter of 15 cm was placed in a cylinder connected to a 1.27 cm inclined tube manom shown in the figure. Inside of cylinder and manometer unit weight 9270 N / m3 s filled with an oil. When the weight W is placed on the upper part of the cylinder, the liquid height in tl nanometer rises from (1) to (2). Piston Find the W weight ignoring the change in position 15cm Piston OIL 300
A piston with a diameter of 15 cm was placed in a cylinder connected to a 1.27 cm inclined tube manom shown in the figure. Inside of cylinder and manometer unit weight 9270 N / m3 s filled with an oil. When the weight W is placed on the upper part of the cylinder, the liquid height in tl nanometer rises from (1) to (2). Piston Find the W weight ignoring the change in position 15cm Piston OIL 300
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A piston with a diameter of 15 cm was placed in a cylinder connected to a 1.27 cm inclined tube manometer as
shown in the figure. Inside of cylinder and manometer unit weight 9270 N / m3
is filled with an oil. When the weight W is placed on the upper part of the cylinder, the liquid height in the
manometer rises from (1) to (2). Piston
Find the W weight ignoring the change in position
15cm
Piston
OIL
30°](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F66514058-8da7-4a6a-96eb-9e80f6d13a7d%2F60c92b93-471c-4616-816b-d78c14d69a52%2Foeaaxl4_processed.png&w=3840&q=75)
Transcribed Image Text:A piston with a diameter of 15 cm was placed in a cylinder connected to a 1.27 cm inclined tube manometer as
shown in the figure. Inside of cylinder and manometer unit weight 9270 N / m3
is filled with an oil. When the weight W is placed on the upper part of the cylinder, the liquid height in the
manometer rises from (1) to (2). Piston
Find the W weight ignoring the change in position
15cm
Piston
OIL
30°
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