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What size of receiver tank (gal) for a compressor is required if the pneumatic system is used to drive 5 linear cylinders which collectively consume 12 SCFM for 5 minutes? The compressor pressure switch operates between 90 and 110 psi.

Toplam basınç göstergesi Manometre Vana Venturimetre Debiölçer Hazne Pompa Manometre=Manometer Ventwrimete-Venturimeter. Debiölcer-Flow meter Vana=Valve Pompa=Pump Hazne=Tank Toplam Basınç Göstergesi =Total Pressure Gauge Explain how you can measure the massand volumetric flew of the flow in the rire circuit in the figure.

Flow rate is the quantity of fluid flowing per unit length. Select one: True False

The mass flow rate in a tube with one inlet and one outlet varies if the flow is incompressible True O False

In mechanical fluid

The ratio of theortical discharge to actual discharge through an orifice is coefficient of discharge a. True O b. False

In mechanical fluid

1st: Using the formula t = determine the Caa/29 coefficient of discharge. “A" of tank Note: 1. "A" depends on the size of your bottle, 2. "a" depends on the size of the hole you punched 3. Let the initial head of water equal to 10 cm 4. You can determine "t" through experiment 5. Hence, the only unknown is the value of Cd. 6. Repeat the process, try using head of water equal to 15 cm, then 20 cm. “a" of orifice 7. Hence, you have 3 values of Cd. 8. Tabulate and graph the results. Be creative. Referred: 1.5 L water bottle or alike You need to provide pictures for No.1 to No.3. Show your solution in No.5. (x3 due to trial 1, 2, and 3. 2nd: Utilizing the same bottle, determine the average velocity of the fluid flowing through the water using the formula Q = CqA¿V¢ - "A" of tank Note: • Let Q = Volume / time. Use a beaker or measuring cup to determine the volume, then record the time “a" of orifice until water "runs" out. Be careful, volume refers only to the amount of water above the…

In mechanical fluid

Fluid mechanics

A venturi meter convergent part is smaller than a divergent part. Select one: True False

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Note: Use three decimal places and no need to input the unit. A 7-hp (shaft) pump is used to raise water to an elevation of 15 m. If the mechanical efficiency of the pump is 82 percent, determine the maximum volume flow rate of water. (in cubic meters per second)

can you help me with part c please

can you help me with part a) please

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Show in Figure 1 is the water flow system. The velocity head difference is  .  Volume flow rate is  .  The heights are   and  , respectively.  The power output from the motor is  ,  . The energy added by the pump is  . The energy loss between point 1 and 2 is  . 3)  Select the correct expression of the pressure head difference between point 1 and 2     ___________

Which of the following is used to calculate a stream's discharge? the distance its water travels over time the volume of water that flows over time the amount of sediment it carries over time the amount of dissolved minerals it carries over time

An open tank is filled with a liquid which is flowing out trough a spigot located at the distance h below the surface of the liquid. What is the velocity of the liquid leaving the tank? * O v= 2 Vgh O v= 2gh O v= 4gh v= pgh O v= v2gh

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If air flows through an air duct which expands in the flow direction then which of the following statements could be used to describe the flow? Select one: a. The static pressure will remain constant b. The velocity will decrease and the static pressure will rise in the flow direction c. The dynamic pressure will increase in the flow direction d. The static pressure will decrease in the flow direction and the velocity will increase е. The flow velocity and static pressure will both increase

2. Water is flowing in a pipe as depicted in the figure. What pressure is indicated on the upper pressure gauge? 3.00 cm 100. kPa 1.50 m 5.00 cm 4.00 m/s

5. The Water is flowing through a pipe having diameter 360 mm and 216 mm at the bottom and upper end respectively. The intensity of pressure at the bottom end is 25.85 N/cm2 and the pressure at the upper end is 11.6325 N/cm2 & the rate of flow through the pipe is 55 lit/s. Draw a neat diagram and determine the following: 1.Velocity of flow at bottom of the pipe in m/s.    2. Velocity of flow at top of the pipe in m/s.   3. The difference in datum head between top & bottom in meter of water. 4. The difference of velocity head between the top to bottom end in meter of water. 5. The pressure head at the bottom in meter of water. I need all part

Please solve and answer the question correctly please. Thank you

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As fluids flow through pipes, energy is lost due to friction which produces a pressure differential.                                                          Select one: True False

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