The cylinder shown below with a one-inch piston rod is being extended and the flow control valve labelled F1 has a diameter of half inch. What would be the approximate flowrate through the valve. Calculate the HP provided by the prime mover, the HP lost across the valve and the HP delivered to the cylinder. Also, calculate the speed at which the cylinder will extend if the area of the cylinder bore is three times the area of the piston rod. Will the cylinder retract at the same speed if flowrate at the other end of the cylinder is the same, explain why. What should be the approximate size of the reservoir to ensure sufficient oil is always present in the reservoir?

Solve step by step please Calculate the coefficient of resistance K for the ball-type check valve placed in a 2-in. Schedule 40 steel pipe if water at 100 ° F is flowing with a velocity of 10ft / s.

For the double acting cylinder shown, what flow sequence will happen when the lever (operator) is pulled away from the valve body?

The 10 ft/s is not being factored in appropriately

Determine the magnitude of the force exerted by the cable at B of the bar shown in Figure. 260 3.5 m 2300 N 2.8 m 3.3 m

The speed of the wind turbine at which maximum power is generated is called. Select one: O Cut-in Speed O lock-in speed O Rated Speed O Cut-out Speed

Hydraulic Machines I need the answer in 1 hour

Note: The following is part of a multi part question where you are asked to calculate the velocity at station 2, Pressure at station 2, and force exerted by the fluid on the bend in the x-direction. Please complete all the above steps and select the correct answers as the relevant questions arise in the quiz. Water flows through the 180 degree bend and Nozzle assembly as shown in the Figure below. Assume the assembly lies in the horizontal plane such that gravity is irrelevant (There is no height difference between Station 1 and Station 2!) Calculate the Pressure at Station 2 Hint: Having calculated the velocity at station 2, Use Bernoulli's equation to find the pressure at station 2! REMEMBER NO HEIGHT DIFFERENCE... 160 mm V2 Section (2) 300 mm V Section (1) 100 kPa %3D P1 V1 2 m/s %3D Select one: