Problem statement: An inverted manometer $($see Figure$)$ is used to measure the pressure difference between two pipes of different diameters. The manometer contains fluids at $20C.$ Water flows without friction in pipe G at $5\frac{m}{s},$ while the fluid in pipe $A$ is stationary. If a gauge pressure reads that p$\_$A $=97$kPa, what is the total pressure at point $G?$ Take $=50$ and assume datum through $G.$

Question on Background knowledge: units and fluid properties

ft$,$ lbf$,$ psi, seconds

centimeters, Newtons, Pascal, seconds.

meters, Newtons, Pascal, seconds.

in$,$ lbf$,$ psi, seconds.

Submit

diameters. The manometer contains fluids at $20C.$ Water flows without friction in pipe G at $5\frac{m}{s},$ while the fluid in pipe $A$ is stationary. If a gauge pressure reads that p$\_$A $=97$kPa, what is the total pressure at point G$?$ Take $=50$ and assume datum through G $.$

Question on Background knowledge: units and fluid properties

What units will you be working with?

Materials on the right have been updated $$

ft $,$ lbf$,$ psi, seconds

centimeters, Newtons, Pascal, seconds.

meters, Newtons, Pascal, seconds.

in$,$ Ibf, psi, seconds.

Submit

Static Pressure

Problem Description

SAE $30$ oil