Q.2. The inclined differential manometer given in Figure 2 contains carbon tetrachloride. Initially, the pressure difference between pipes A and B, which contain a brine (
SG=1.1
), is zero as illustrated in the figure. It is desired that the manometer gives a differential reading of 25 cm (measured along the inclined tube) for a pressure difference of 0.7 [ kPa ]. Determine the required angle of inclination? Specific gravity (
5G_(CJ)
) for carbon tetrachloride is 1.584. Note: Dotted lines are the positions after the pressures are applied.

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Q.2. The inclined differential manometer given in Figure 2 contains carbon tetrachloride. Initially, the pressure difference between pipes A and B, which contain a brine (

SG=1.1

), is zero as illustrated in the figure. It is desired that the manometer gives a differential reading of 25 cm (measured along the inclined tube) for a pressure difference of 0.7 [ kPa ]. Determine the required angle of inclination? Specific gravity (

5G_(CJ)

) for carbon tetrachloride is 1.584. Note: Dotted lines are the positions after the pressures are applied.

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