my answer is no ... because the outlet is somehow higher than inlet . is my ans correct ? this is because the pressure at lower point is higher , according to hρ gBvU said:
Inlet pressure refers to the pressure of the water entering a system or device, while outlet pressure refers to the pressure of the water leaving the system or device.
Inlet and outlet pressure play a significant role in determining the rate of water flow. Higher inlet pressure will result in faster water flow, while lower inlet pressure will result in slower water flow. Outlet pressure can also affect water flow, as it can create resistance and impact the overall pressure and flow rate.
Inlet and outlet pressure can be influenced by a variety of factors, including the size and design of the system or device, the elevation and location of the inlet and outlet, the amount of water being used, and any external forces acting on the system (such as gravity or external pressure).
Yes, water temperature can impact inlet and outlet pressure. As the temperature of water increases, the pressure also increases. This is because warm water has a lower density than cold water, and therefore requires more pressure to maintain the same flow rate.
Inlet pressure can be adjusted by using a pressure regulator, which regulates the amount of pressure entering the system. Outlet pressure can be adjusted by using valves or other devices to control the resistance and flow rate of the water leaving the system.
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