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How many gallons of water in a 2.5 inch hose 100 feet long?
There need not be any water at all in the hose! The capacity of the hose is 3.41 cubic feet.
If it takes 45mins to fill a bucket with water from hose 1 and it takes 30mins to fill another bucket from hose 2 How long would it take to fill a bucket using hose 1 and 2 at the same time?
Assuming the buckets are identical... Hose 1 fills 1/45 per minute and hose 2 fills 1/30 per minute, so together in one minute they would fill 1/45 + 1/30 ie 5/90 or 1/18, ie the bucket would be filled in 18 minutes.
Fire hose friction loss per 50 ft?
unfortunately, you have not given enough information for someone to answer the question. What is the size of the hose, how many gallons are you pumping through it?
What is the volume of 50 feet of 2.5 inch hose?
50 feet of 2.5-inch diameter hose has a volume of: 1.7 cubic feet (12.72 liquid gallons)
How many gallons are in 100 feet of 5 inch hose?
One gallon is 231 cubic inches. Assuming cyllindrical shape of hose, it contains 100 * 12 * 5 * PI * 0.25 * 52 cubin inches, which is 11780 cubic inches = 51 gallons.
Can you use 540 liters of water with a hose per hour?
Easily! A normal garden hose will typically use 360 gallons a minute. 540 liters is equal to 142 gallons.
How many gallons per hour come out of a hose?
The gallons per hour that come out of a hose depends upon two things: the diameter of the hose, and the water pressure. Since both of these vary, there is no single answer to that question. However, a one inch diameter garden hose at an average household water pressure could be expected to yield about 200 gallons per hour, in my estimation. Your mileage may vary.
A swimming pool holds 21000 gallons of water it takes 28 hours to fill the pool with a garden hose what is the unit rate at which the hose fills the pool?
12 hours. 14,000 divided by 20= 720 720 divided by 60 = 12
How many gallons per minute does a residential hose bib provide?
5
How many gallons of water flows from a garden hose for 1 hour?
Depends on the water pressure, and the diameter and length of the hose. Sorry, but there really is no one answer.
Garden Hose Reel ?
form_title= Garden Hose Reel form_header= Store your garden hose easily with a reel. How long is your garden hose?* _ [50] Where is the hose located?* _ [50] Do you want a hose really that automatically retracts?*= () Yes () No
Can you calculate the gallons per minute of a hose if you know the psi of the water flow and the length and diameter of the hose?
You can indeed figure this out using hydraulics formulas. However, a simpler solution. Run the water into a 5 gallon bucket, and time how long it takes to fill the bucket in seconds. Use this formula: Gallons per minute = 300 / TimeToFillBucket
How may gallons of water in 100 feet of garden hose?
The amount of water that can fit in a garden hose depends on its diameter. On average, a standard garden hose has a diameter of about 5/8 inches. For a 5/8 inch hose, there are approximately 12 gallons of water in 100 feet of hose.
What does the term Waxing the garden hose refer to?
Garden hose is cockney slang for 'nose' so waxing the garden hose is getting drunkI HAVE NO I DEAD WHERE COCKNEY SLANG CAME FROM BUT IN MY OPINON WAXING THE GARDEN HOSE MEANS MALE MASTERBATION.
What is Flexible hose?
It a posh name for a garden hose
How do you remove rubber taste from garden hose?
You should not be drinking from a garden hose. They can leach chemicals into the water that are toxic. If you are trying to eat the garden hose, you've got some problems.
Which as more resistance a garden hose or a fire?
Difficult to say. Hydraulic resistance is proportional to diameter as well as length and velocity. Water moving very slowly in a short length of either type of hose would have negligible resistance. The more likely answer you want is that high-velocity water in a garden hose would experience MUCH more resistance (friction loss) than that in any fire hose of larger diameter. The actual numbers will depend upon specific friction-loss factors, including the type and size of hose and the gallons per minute. For example, the friction loss coefficient in a 1.5-inch fire hose (24) is more than ten times what it would be in a 2.5-inch hose (2.0) and 100 times that of a 4-inch hose (0.2).
