Kerosene with sg=0.823 is flowing from the pressured tank A to the open tonk B. Neglecting...
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Kerosene with sg=0.823 is flowing from the pressured tank A to the open tonk B. Neglecting all losses in the system, calculate: (20) the velocity of the kerosene as it exits the pipeline. (10) the volume flow rate into tank B, if the pipeline is DNS0 Schedule 40 steel. Part 2. (20 pct) For the problem above, calculate: expected total losses in the system, hi, (m) if the velocity of the kerosene as it exists the pipeline is measured to be 4.24m/s For full credit, show all your work. 150 KPa Kerosene Tank A 5m 0.5m Flow Gate valve open Kerosene with sg=0.823 is flowing from the pressured tank A to the open tonk B. Neglecting all losses in the system, calculate: (20) the velocity of the kerosene as it exits the pipeline. (10) the volume flow rate into tank B, if the pipeline is DNS0 Schedule 40 steel. Part 2. (20 pct) For the problem above, calculate: expected total losses in the system, hi, (m) if the velocity of the kerosene as it exists the pipeline is measured to be 4.24m/s For full credit, show all your work. 150 KPa Kerosene Tank A 5m 0.5m Flow Gate valve open
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