Calculate the pressures P and P2, assuming a fluid mass density of 1.72 slugs per cubic...

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Calculate the pressures P and P2, assuming a fluid mass density of 1.72 slugs per cubic foot: P= ??? 8-inch pipe (schedule 80) ID = 7.625 inches 9.1 feet 6-inch pipe (schedule 80) ID = 5.761 inches P = ??? 6.75 feet P = 302 PSI P = 145 PSI 8-inch pipe (schedule 40) ID = 7.981 inches Pump 8-inch pipe (schedule 40) ID = 7.981 inches Q = 2000 GPM Also, comment on whether or not Bernoulli's equation could be used to compare the suction and discharge pressures of the pump, being that those two pressures (145 and 302 PSI) are measured on the same size pipe, with the same flow rate, and very similar elevations (heights). 非非 Calculate the pressures P and P2, assuming a fluid mass density of 1.72 slugs per cubic foot: P= ??? 8-inch pipe (schedule 80) ID = 7.625 inches 9.1 feet 6-inch pipe (schedule 80) ID = 5.761 inches P = ??? 6.75 feet P = 302 PSI P = 145 PSI 8-inch pipe (schedule 40) ID = 7.981 inches Pump 8-inch pipe (schedule 40) ID = 7.981 inches Q = 2000 GPM Also, comment on whether or not Bernoulli's equation could be used to compare the suction and discharge pressures of the pump, being that those two pressures (145 and 302 PSI) are measured on the same size pipe, with the same flow rate, and very similar elevations (heights). 非非