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Determine the approximate pressure change in 4.00 meter acceleration of 2.00 meters per second Euler Eq 18 Water flows up through the vertical pipe at a flow rate of 0.0300 m'/s and h is 508.6 mm velocity and static pressure at point D? (This can be worked via two methods, outline two algebra, and numerically complete a solution. Check your work by the other method Pascals along a 4.00 meter length of horizontal pipe if water flowing through the pipe has an quared. (Use Euler Equation along a streamline, integration not required.) integration not required.) -1.“ +V"latt" methods via 400 m 100mm P9 A jet engine takes in fuel and air having an enthalpy of 600 kJ/kg at 12 m/s. At the exhaust, the enthalpy is 450 ku/kg at 48 m/s. If the mass flow is 2 kg/s and the rate of heat loss is 1.5 kJ/s, determine the power output of the engine in kilowatts. 48 m/s 12 m/s P10 Water flows upward and then is discharged to the right through a 3.00 inch diameter pipe elbow, at a steady flow rate of 1.00 cubic foot per second, and the gage pressure at the entrance to the elbow is 30.0 psi. What vertical and horizontal force is necessary to hold the elbow stationary, neglecting any required torque.

Answer 1

Solh (a CHeat fas) 2