5. Water in a hydraulic press is under a pressure of 92.580 MPaabs. at 15 °C. If the initial pressure is 150 kPa abs. What willbe the decrease in specific volume if its bulk modulus is 2.13GPa?a. -4.34%c. 5.34%6. A tank contains 1.5 column of mercury of sp. gr. 13.6, 1.8column of water and 1.2 column of oil (SG= 0.81). What is thepressure at the bottom of the tank?a. 225.31 kPa.c. 345.23 kPab. -3.22%d. 4.14%Good luck andb. 184.33 kPad. 227.32 kPaLeading Innovations, Transforming Lives, Building the Nationfor HGEL7. A square frame 3 m by 3 m in dimension is submerged in watervertically with its top 3 m from the surface. If oil (s 0.80)occupies the top meter.=a. 59.60 kPac. 56.90 kPab. 43.53 kPad. 54.34 kPa

Given data: Final pressure, Pf=92.580 MPa Initial pressure, Pi=150 kPa Bulk modulus, K=2.13 GPa The…

5. Water in a hydraulic press is under a pressure of 92.580 MPa abs. at 15 °C. If the initial pressure is 150 kPa abs. What will be the decrease in specific volume if its bulk modulus is 2.13 GPa? a. -4.34% c. 5.34% b. -3.22% d. 4.14%

5. Water in a hydraulic press is under a pressure of 92.580 MPa abs. at 15 °C. If the initial pressure is 150 kPa abs. What will be the decrease in specific volume if its bulk modulus is 2.13 GPa? a. -4.34% c. 5.34% b. -3.22% d. 4.14%

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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Question

5. Water in a hydraulic press is under a pressure of 92.580 MPa
abs. at 15 °C. If the initial pressure is 150 kPa abs. What will
be the decrease in specific volume if its bulk modulus is 2.13
GPa?
a. -4.34%
c. 5.34%
6. A tank contains 1.5 column of mercury of sp. gr. 13.6, 1.8
column of water and 1.2 column of oil (SG= 0.81). What is the
pressure at the bottom of the tank?
a. 225.31 kPa.
c. 345.23 kPa
b. -3.22%
d. 4.14%
Good luck and
b. 184.33 kPa
d. 227.32 kPa
Leading Innovations, Transforming Lives, Building the Nation
for HGEL
7. A square frame 3 m by 3 m in dimension is submerged in water
vertically with its top 3 m from the surface. If oil (s 0.80)
occupies the top meter.
=
a. 59.60 kPa
c. 56.90 kPa
b. 43.53 kPa
d. 54.34 kPa

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