Garden hose flow rate equation
[DOC File]UNIT 12 - TTU
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12.1 The volume flow rate is the volume of fluid passing a cross-sectional area, A, in a time (t. The volume flow rate is the velocity times the area . It is related to the mass flow rate given above as follows. a. Consider a 5 gallon bucket with a pipe attached to it as in the picture below.
[DOC File]ICS FLUID FLOW
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The nozzle of a garden hose has an I.D. of 0.500 in. If water flows through the hose at 10.0 US gal/min, find the speed at which it leaves the nozzle in ft/s. Ans: 16.3 ft/s THE CONTINUITY EQUATION or STEADY STATE FLOW EQUATION. Consider a steady flow rate of a liquid flowing through a pipe of varying cross-sectional area, from point 2 to point 1.
[DOCX File]Weebly
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You have a couple of garden hoses connected together to water your backyard. Because you're a physics nerd, you put a gauge where the two hoses connect to each other. The hose ends with your sprinkler. When you put a crimp in the hose to stop water flow, you noticed that the pressure registered at 5.00 x 103 Pa.
[DOC File]3
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48. The volume flow rate of water from the hose, multiplied by the time of filling, must equal the volume of the pool. The volume flow rate is given in the text immediately following Eq. 10–4b. 49. We assume that there is no appreciable height difference between the two sides of the roof.
[DOC File]California State University, Northridge
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Checking this with the Colebrook equation gives the following value. The pressure drop in the 70-ft length of hose can now be found. We assume that the hose flow exits to the atmosphere where the (gage) pressure is zero so the pressure drop computed above is …
[DOC File]Different types of pump systems
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Flow rate depends on elevation. 5. Flow rate depends on friction. 6. How does a centrifugal pump produce pressure ... just put your hand on the open end of a garden hose. ... If the flow is laminar then the friction parameter f is calculated with the laminar flow equation [3]. [3] If the flow is turbulent then the friction parameter f is ...
[DOC File]CHAPTER 1
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4-49E A garden hose is used to fill a water bucket. The volume and mass flow rates of water, the filling time, and the discharge velocity are to be determined. Assumptions 1 Water is an incompressible substance. 2 Flow through the hose is steady. 3 There is no waste of water by splashing. Properties We take the density of water to be 62.4 lbm/ft3.
[DOC File]GPM/GPH Flow based on PVC Pipe Size
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The flow rates shown are for water, with viscosity of 1. Higher viscosity liquids will flow less, lower viscosity liquids may flow more. Note: One of the benefits of using Flex PVC pipe is being able to make long gradual bends instead of using fittings which will allow more flow with less noise, less back pressure, and less load on the pump.
[DOCX File]Level 1: The Continuity Equation
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Even without the math, you had a sense of the continuity equation long before you entered this classroom. Children figure this out pretty quickly once they are given a garden hose. If you decrease the diameter of the nozzle but covering part of it with your finger, you can increase the flow rate, making the water rush out and spray everywhere.
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