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How much water will flow through a one inch pipe in an hour if the flow is not restricted?
question cannot be answered because it depends on the water pressure
How much water can flow through a 6 inch pipe at 50 psi?
300 gallons per minute
What is flow through half inch pipe?
Depends on what's flowing (gas or water or something else) and under how much pressure.
.75 inch pipe 5 psi how much is water flow rate?
5 Pounds per Square Inch
3 Bar and 1 inch pipe how much is water flow rate?
4324
How much water will be delivered from a half inch pipe at 100 psi?
More, depending on how long you allow the flow to flow.
How much water can flow through a 1 inch hose line?
The flow rate of water through a 1-inch hose line can vary based on factors such as pressure and hose length. However, under typical conditions, a 1-inch hose can deliver approximately 320 gallons per minute (GPM) at 60 PSI. This can change with different pressures and hose types, so it's essential to consider specific circumstances for precise calculations.
How much water can be pumped through a half inch pipe?
Given enough time the entire ocean could be pumped through a half-inch pipe.
What is a geographical channelflow?
Channel flow is how much water flows through a channel.
How much water goes through a one inch pipe with 60 psi?
A lot
How much water can flow through 5 8ths of an inch hose Diameter times 100?
To calculate the flow rate through a hose, we first need to find the cross-sectional area of the hose. The cross-sectional area of a 5/8-inch diameter hose is (5/16)^2 * π square inches. To convert this to square feet, divide by 144. Finally, multiply this area by the flow rate in feet per second (100) to get the flow rate in cubic feet per second.
How much water can flow through a 4 inch pipe at 50 psi?
The flow rate of water through a 4-inch pipe at 50 psi can be estimated using the Hazen-Williams equation or similar hydraulic formulas. Generally, a 4-inch pipe can carry approximately 1,000 to 2,000 gallons per minute (GPM) under these conditions, depending on factors like the pipe's material, roughness, and the length of the pipe. For more precise calculations, specific hydraulic modeling or empirical data should be consulted.
