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Depends what you're shipping through the pipe.

If it's air or natural gas, very few psi.

If it's crude oil or cookie dough, many many psi.

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14y ago
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1mo ago

To calculate pressure in pounds per square inch (psi) for a fluid flowing through a pipe, you need the fluid's density. Without knowing the density, we cannot directly determine the pressure using just the pipe size and velocity. The pressure would depend on the specific fluid being transported in the pipe.

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Q: With 4 inch pipe and a velocity of 5 feet per second what would that be in pounds per square inch?
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How do you convert 32 pounds per square feet in to how many pound per square inch?

To convert pounds per square feet to pounds per square inch, you need to divide by 144 since there are 144 square inches in a square foot. In this case, 32 pounds per square foot would be equal to 0.222 pounds per square inch.


What is the metric unit that a wave's velocity is measued in?

The speed of anything is measured in metres per second. The difference between speed and velocity is that velocity is a vector, that is it has direction and well as magnitude. So velocity would be measured in metres per second in a certain direction.


The si unit of velocity is the meter per second squared true or false?

False. The SI unit of velocity is meters per second (m/s), not meters per second squared. Meters per second squared is the unit for acceleration.


If you measure force in pounds and distance in feet what are the units of pressure in this system?

The units of pressure in this system would be pounds per square foot (lb/ft²).


How many pounds per sq foot is 5000 pounds?

Your question does not contain enough information to answer. But . . . let's assume that the 5,000 pounds is spread out over a flat surface measuring 50 ft x 100 ft. That equals 5,000 square feet. 5,000/5,000 square feet = 1. So our 5,000 pounds would exert exactly 1 pound per square foot at every point. Let's next say that we spread out the 5,000 pound, but thicker, on a flat surface measuring 25 feet x 50 ft. That equals 1,250 square feet. So our 5,000 pounds is now supported by only 1,250 square feet. We know by looking at it that each square foot will support more of the weight than in the first example. 5,000/1,250 = 4. So our 5,000 pounds in this case would exert exactly 4 pounds per square foot. Carried to an extreme, let's say our 5,000 pounds sits on just one square foot of flat surface. 5,000/1 = 5,000 pounds per square foot. Even crazier, our 5,000 pounds might sit on just a 6 inch x 6 inch flat surface. 6" = 0.25 square feet. So, once again, 5,000/.25 = 20,000 pounds per square foot.

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