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SebC · 03-25-2010, 11:16 PM

Just lift the end of the hose until the flow stops. Pressure at the bottom of the hose will be equal to the density of water x acceleration due to gravity x height difference between the end of the hose and the source.

03-25-2010, 11:16 PM	#9
SebC tromboner Join Date: Mar 2006 Location: where the lattes are Exp:	Just lift the end of the hose until the flow stops. Pressure at the bottom of the hose will be equal to the density of water x acceleration due to gravity x height difference between the end of the hose and the source. __________________ "You can't swing a cat on the internet without hitting a goaltender apologist."