2.7 gpm
What schedule piping as schedule 40 fittings are rated for 125# thus your 140 PSI would be really dangerous to try on standard fittings
Multiply gpm by the number of minutes the flow lasted, to find the gallons of volume that flowed during that time.
you need to know the viscosity of the liquid - molasses or alcohol?
You need to know the linear density.
In a refrigeration system, 1 ton of cooling capacity is equal to 3-4 gallons per minute (GPM) of water flow rate for the evaporator coil. This value may vary depending on the specific system design and operating conditions.
45 gph x 60 min/1 hr so multiply by 60 45 gph is 2700 gpm
The GPM is gallons per minute and TR is the ton of refrigeration. The GMP can be calculated from the TR by using the formula BTUH divided by 500 multiplied by Delta T.
http://www.sfasoft.com/calc/103 SEEMS TO BE 449 GPM = 1 CFS SIMILIAR CONVERSIONS FOUND ON OTHER SITES
almost 400 GPM
-39
52 gpm
gallon per minute (gpm).
It doesn't make any difference how many sides of the pool are negative edge, only the total number of linear feet of negative edge and how level you can make the edge. The longer the edge the more important it is that it be level, because even small amounts of out of level require huge flow rates to compensate for. Approximate GPM required per linear foot for various water depths: 1/8" - 5 gpm ¼" - 10 gpm ½" - 17 gpm ¾" - 28 gpm 1" - 40 gpm 1.5" - 70 gpm 2" - 105 gpm As a minimum 5x35=175 GPM
15 gpm
Kw x 3412 / 10000 = gpm I think
There are 12,000 Btus per ton of cooling. In order to determine tons of cooling, the formula is: Tons = (dT x GPM) / 24 If you would like to know the tons of cooling in Btus, you would multiply this formula by 12,000.. Tons (Btu) = (dT x GPM x 12,000) / 24 Basic arithmetic yields: Tons (Btu) = (dT x GPM x 500) {12,000 / 24 = 500}