(b) Figure 2 illustrates an experiment to investigate the relationship between depth and pressure of a liquid. Tank A is filled with unknown liquid and Tank B is filled with water. They are connected to a Differential Pressure Transmitter (DP Transmitter) as shown in the figure. Given that d is 2 ft and the reading of the DP Transmitter was 0.5 PSI. Specific gravity (SG) for the unknown liquid and the liquid in the capillary tube are same. Determine the weight density of the unknown liquid in Ib/t. unknown liquid water Tank A 1 ft H Port L Port DP Transmitter Tank B

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(b) Figure 2 illustrates an experiment to investigate the relationship between depth and
pressure of a liquid. Tank A is filled with unknown liquid and Tank B is filled with
water. They are connected to a Differential Pressure Transmitter (DP Transmitter) as
shown in the figure, Given that d is 2 ft and the reading of the DP Transmitter was 0.5
PSI. Specific gravity (SG) for the unknown liquid and the liquid in the capillary tube
are same. Determine the weight density of the unknown liquid in Ib/n'.
unknown
liquid
water
Tank A
H Port
L Port
DP Transmitter
Tank B
Transcribed Image Text:(b) Figure 2 illustrates an experiment to investigate the relationship between depth and pressure of a liquid. Tank A is filled with unknown liquid and Tank B is filled with water. They are connected to a Differential Pressure Transmitter (DP Transmitter) as shown in the figure, Given that d is 2 ft and the reading of the DP Transmitter was 0.5 PSI. Specific gravity (SG) for the unknown liquid and the liquid in the capillary tube are same. Determine the weight density of the unknown liquid in Ib/n'. unknown liquid water Tank A H Port L Port DP Transmitter Tank B
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