Some flow tests are conducted in a lab where the temperature is $20$oC and the local atmospheric pressure is $99\mathrm{.}29$ kPa. The absolute pressure at point A in the flow is measured with an absolute pressure gauge that provides its reading in equivalent column height $($head$)$ of a dense liquid whose specific gravity is $11\mathrm{.}47.$ The pressure reading at Point A is $118\mathrm{.}9$ cm of the dense liquid. Calculate the gage pressure at Point A in units of equivalent column height $($head$)$ of water. Give your answer in cm of water column height. Question $1$

Some flow tests are conducted in a lab where the temperature is $20C$ and the local atmospheric pressure is $99\mathrm{.}29$ kPa $.$ The

absolute pressure at point $A$ in the flow is measured with an absolute pressure gauge that provides its reading in equivalent column

height $($head$)$ of a dense liquid whose specific gravity is $11\mathrm{.}47.$ The pressure reading at Point $A$ is $118\mathrm{.}9$ cm of the dense liquid.

Calculate the gage pressure at Point $A$ in units of equivalent column height $($head$)$ of water. Give your answer in cm of water column

height.

$352$ margin of error $\frac{+}{-}1\mathrm{.}5\%$