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Around 943 lbs. Water weighs 8.33 lbs/gal. 5 inch hose holds 1 gal per 1 foot of hose. So 8.33x100 foot is 833 lbs. Add that to the 110 lbs that the hose weighs empty and you have 943 lbs
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∙ 13y ago
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How much does a 100 ft section of 2.5 inch in diameter fire hose weigh with water?
That section of hose holds 25.5 gallons of water when it's full, which weighs about 213 pounds. To that, add the weight of the empty hose, which I don't know.
How much does a 2200 foot vertical hose with a 1 inside diameter full of water weigh?
The Answers community requested more information for this question. Please edit your question to include more context. You need to specify the units for the inside diameter.
How much does a 50 ft section of 2.5 inch dia fire hose weigh with water?
If it's full of water, then the water in it weighs about 106.5 pounds. I have no way of knowing what the empty hose weighs by itself. Whatever it is, you'll need to add that to 106.5 pounds.
How much water volume does a 1.5 inch hose carry per foot of hose?
1.03 gallons
How much water in a foot of 5 inch hose?
1 Gallon
How much water is in 100 feet five inch hose?
A 100-foot hose with an inside diameter of five inches can hold 102 US gallons of water.
How much does 100' of 3 hose filled with water weigh?
With couplings, 110 lbs
How much water volume does a three eights of an inch hose carry per foot?
41/2
How much does a 50 ft section of 3 in diameter hose weigh without water?
Depends on the hose, obviously different hoses weight different amounts.
How much does a fire hose reel typically weigh?
Fire hose reels are much stronger than typical home-based hose reels people use to water their gardens and lawns. Typical heavy duty fire hose reels weigh anywhere from 25 to 35 pounds. In kilograms, the weight of typical reels are 11-15 kg.
How much water does it take to fill a 6 inch x 50 foot hose?
Volume of a cylinder = (pi) x (radius)2 x (length)Radius = 0.5 inchLength = 50 x 12 = 600 inches231 cubic inches = 1 gallonVolume = (pi) x (0.5)2 x (600) = 150 pi = 471.24 cubic inches = 2.04 gallonsThat's the volume of the space inside the hose. We have no way to knowhow much water is in it. It could be empty, half full of mud, ants, etc.
Why water pressure exiting a hose is different in open air than in a bucket full of water?
The Pressure exerting against the stream (on the end of the Hose opening) is 14+ pounds per square inch in Air, and 64 pounds per square inch in water. So the water in the bucket exerts a greater "Opposing Pressure" against the hose opening. This reduces the effective water pressure as the water exits the hose. If you had a Deep enough Bucket, the flow out of the hose would potentially stop, when the pressures were equal and opposite.
