What is ft/100ft and how does it relate to calculating head loss in pipes?

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In summary, the unit for calculating head loss in pipes is in terms of ft/100ft, which represents the length of head loss per 100 ft of pipe. This may seem unusual, but it is a valid unit that can be converted to other units such as Pa per 100 ft of pipe. The conversion factor is 1000(kg/m3)*9.8(m/s2)*0.30(m/ft). This unit is commonly used for determining the placement of a storage tank for a gravity feed system.
  • #1
TSN79
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I have an equation for calculating head loss in pipes, and the result comes out as ft/100ft. I don't understand this unit, as I was expecting a unit more in the form of Pa, psi, or something to that effect. If someone can explain it to me I would appreciate it :-)
 
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  • #2
The units are in terms of head loss per 100 ft of pipe, not pressure drop. Since it is head instead of pressure, the units are a length per length of pipe. It does look a bit wierd, admittedly.
 
  • #3
looks like a typing error, if it is ft/100ft then the ft will cancel out to get 100, the head loss to me sounds like a rate of something, so I would say it should be psi/100ft if you are using those types of units, this is what I think anyway
 
  • #4
It's not a typing error. It's a perfectly sensible unit, especially if you want to decide, for instance, how high to place a storage tank for a gravity feed.

To convert to Pa per 100 ft. of pipe, multiply the given number by 1000(kg/m3)*9.8(m/s2)*0.30(m/ft).
 
  • #5
i've never seen that used before, must be because I am english or because I am thick lol I apologise for my false statement before
 

FAQ: What is ft/100ft and how does it relate to calculating head loss in pipes?

What is "explaining feet pr. 100ft"?

"Explaining feet pr. 100ft" is a scientific term used to describe the measurement of feet per 100 feet. It is often used in studies and experiments to measure the distance or movement of objects or organisms over a specific distance.

Why is "explaining feet pr. 100ft" important in scientific research?

"Explaining feet pr. 100ft" is important in scientific research because it provides a standardized way to measure distance and movement. This allows for accurate and consistent data collection and comparison among different experiments or studies.

How is "explaining feet pr. 100ft" calculated?

The calculation for "explaining feet pr. 100ft" is simply dividing the distance in feet by 100. For example, if an object travels 300 feet, the calculation would be 300 feet / 100 = 3 feet pr. 100ft.

What are some common uses of "explaining feet pr. 100ft" in scientific experiments?

"Explaining feet pr. 100ft" is commonly used in experiments involving the movement of animals, plants, or other organisms. It is also used in experiments that require precise distance measurements, such as in physics or engineering.

Can "explaining feet pr. 100ft" be used with other units of measurement?

Yes, "explaining feet pr. 100ft" can be converted to other units of measurement, such as meters per 100 meters or yards per 100 yards. However, it is important to ensure that the units used are consistent throughout the experiment or study for accurate data collection and analysis.

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