HAH 5.6.1. The following table provides the results of a pump performance test. Discharge (gpm) Pump head (ft) 200 400 145 135 600 800 1,000 90 50 120 0 150 a. Plot the pump characteristic (performance) curve Plot the characteristic curve for two pumps in series C. Plot the characteristic curve for two pumps in parallel b. d. What pump configuration would work for required flow of 1,700 gpm which must overcome a head of 80 ft? e. What pump configuration would work for required flow of 1,700 gpm which must overcome a head of 160 ft?

.com/c/Mjc5MTg3Nj12NzEz/a/M]950TUXNTUWMTE2/details Problem 3: A large pressurized tank filled with air discharges into the atmosphere. The flow path is a short and frictionless smooth pipe connected to a discharge nozzle. Find a) the flow rate of air and b) pressure in the pipe for the given data. Ignore all frictional losses, including head losses at the entrance to the pipe, at the bend, and at the nozzle. Prank (kPa): 110.0 Dpipe (m): 0.040 P (kPa): 101 atm Nozzle (m): 0.015 Tatm (C): 20 Air

2:35 A U * N a 95%i This document contains ink, shapes and im.. Data Sheet: F9a: Fluid Mechanics & Bernoulli's Principle NAME: DATE: width port 1 & 3 6.3960E-03 (m) width port 2 & 4 2.8750E-02 (m) depth all ports 7.0060E-03 (m) air density 1.1929 (kg/m³) Cross sectional area Data Sheet: F9a: Fluid Mechanics & Bernoulli's Principle NAME: DATE: Density of Air: 1.2129 kg/m3 Table 1: Measured Data for Apparatus 6.3960E-03 m Chamber Width Port 1 & 3 2.8750E-02 m Chamber Width Port 2 & 4 7.0060E-03 m Chamber Depth at all Ports Width Depth

Calculate the flow rate (Q) of the following SAE 40 oil distribution system considering the characteristics described in the schematic.