1 gallon = 231 cubic inches This is a pretty skinny pipe. Diameter = 1.5 inches Radius = 0.75 inch Unit length = 1 foot = 12 inches Volume = pi R2 L = pi x (0.75)2 x 12 = pi x (0.5625) x 12 = 6.75 pi = 21.206 cubic inches = (21.206 / 231) = 0.0918 gallon per foot You need 130.7 inches = 10ft 10.7in of this pipe to hold 1 gallon.
Volume of a cylinder = r2 x 3.1416 x L where r = radius of cylinder and L = length.
For a 1.5 inch diameter hose 1 foot long, the volume is (.75)2x 3.1416 x 12 = 21.2 in3
Volume in gallons is 21.3 in3 / 231 in3/gallon = .0918 gallons
Volume in ounces is .0918 x 128 oz/gal = 11.75 oz
* Water Treatment Programs - Manufacturing, Sales and Service A CANADIAN COMPANY PIPE SIZING CHART - VOLUME Pipe Size (diameter in inches) Gallons per 100 feet (flooded) ½" 1.6 ¾" 2.8 1" 4.51 ¼" 7.8 1 ½" 10.5 2" 17 3" 38 4" 66 8" 260 10" 410 12" 588 14" 71616" 950 18" 1200 20" 1500 24" 235026" 2760 QUATIC CHEMICALS
Would that hose be 5" inside diameter, or outside? If the hose is 5" outside diameter, what it the wall thickness?
If the hose doesn't have stoppers on the ends, it isn't going to hold any water because it will all leak out. Would that hose be 5" inside diameter, or outside? If the hose is 5" outside diameter, what it the wall thickness?
What makes you think that there is any water in the hose? Maybe the hose is new and never been used.
You didn't think about that, did you?
12.5 gallons
A 1.75 inch hose has an internal diameter of 1.75 inches or less. With 1.75 inches, the crossectional area of the hose is 2.4 inches. Dividing by 144 sq inches you get 0.0167 sq. feet then multiplying by 100 ft. length you get 1.67 cubic feet multiply this again by 7.48 gallons to get your answer.
There are 1.6293 UK gallons per foot in two inch diameter pipe.
1.6293 UK gallons converted into US gallons is 1.95671
12" of 1 1/2" pipe is equal to .09 us gallons or .34 litres
Depends. Is the 1.5 inch measurement the ID (inside diameter) or the OD (outside diameter? And, how long is the hose?
0.023 gallon per foot.
5.3 cubic inches per foot.
Roughly 1 gallon for every 18 inches of hose.
1.03 gallons
Hose and you tell a Girl to put her mouth on the end of the hose and when her mouth is on the hose you sticky tape around it and then when you are finished take a photo of the girl with a hose in her mouth and then you turn on the hose and all the water will pour into her body and she will be a Water Balloon.
When Firefighters pump water through the hose, the water exits at a very fast rate. There is so much energy and water that it becomes hard to grip a hose without handles.
this will depend on the area of the outlet of the hose
A 100-foot hose with an inside diameter of five inches can hold 102 US gallons of water.
There need not be any water at all in the hose! The capacity of the hose is 3.41 cubic feet.
A standard fire hose is 50 feet long. A hose this length with a 2-inch radius grants about 4.36 cubic feet. This volume holds 32 gallons of water.
Roughly 1 gallon for every 18 inches of hose.
12.5
6.5 gallons give or take....
50 feet of 2.5-inch diameter hose has a volume of: 1.7 cubic feet (12.72 liquid gallons)
There need not be any water at all in the hose! The capacity of the hose is 1.67 cubic feet.
1.03 gallons
A water hose is a cylinder, and since the volume of a cylinder is pi*r^2*height, we can calculate the volume of the water hose by finding the radius and height. A 3 inch hose has a radius of 1.5 inches, and 50 ft is equal to 600 inches, so 1.5^2 is 2.25, and 2.25*600 is 1,350. Finally we multiply by Pi to get approximately 4,239 cubic inches. Since 1 cubic inch is equal to 0.00432 gallons, there are 18.3506 gallons.
you need more info than that. you will need to provide the length of the hose and the inside diameter of the hose to calculate the amount of water it will hold
Approx 544 Imperial gallons.