Question

Q1) A circular cross-sectional pipe with length L=2.5n meter and diameter D=2n meter is filled halfway with water. a) Calculate the resultant hydrostatic pressure force exerted by water on the pipe section A-B only. b) Calculate the point of action of the force components. $\rho_{water}$ = 1000n $kgm^{-3}$ n=(k+1) where k is the last digit of your student number. [For instance; if diameter is given as D=100n cm or D=100xn cm and the student number is 15043039, then k=9 and n=(9+1)=10 and $D_{pipe}$=100\times10=1000 cm]

          Q1) A circular cross-sectional pipe with length
L=2.5n meter and diameter D=2n meter is filled
halfway with water.
a) Calculate the resultant hydrostatic pressure force
exerted by water on the pipe section A-B only.
b) Calculate the point of action of the force
components.
$\rho_{water}$ = 1000n $kgm^{-3}$
n=(k+1) where k is the last digit of your student number.
[For instance; if diameter is given as D=100n cm or D=100xn cm and the student number is 15043039, then
k=9 and n=(9+1)=10 and $D_{pipe}$=100\times10=1000 cm]

Q1) A circular cross-sectional pipe with length
L=2.5n meter and diameter D=2n meter is filled
halfway with water.
a) Calculate the resultant hydrostatic pressure force
exerted by water on the pipe section A-B only.
b) Calculate the point of action of the force
components.
ρwater = 1000n kgm^-3
n=(k+1) where k is the last digit of your student number.
[For instance; if diameter is given as D=100n cm or D=100xn cm and the student number is 15043039, then
k=9 and n=(9+1)=10 and Dpipe=100×10=1000 cm]

Added by Marissa J.

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