The area of the hose section is equal to pi (3.1416) multiplied by the square of the radius. Garden hose comes in a variety of sizes, from 1/2-inch to 1-inch. 3/4-inch hose is typical. Using that as an example, the square of the radius (.375 multiplied by .375) equals .140625. That result multiplied times pi equals .4417875 square inches.
To calculate the volume, the length of the hose must first be converted to the same measurement standard. 100 feet of garden hose is 1,200 inches. 1,200 times .4417875 equals 530.145 cubic inches.
To state the volume in a more meaningful manner, cubic inches should be converted to a more common measure of liquid volume. One gallon of water contains 231 cubic inches. So, the 100-foot long, 3/4-inch diameter garden hose holds 2.3 gallons of water (530.145 divided by 231).
Yes, a garden hose with moving water is an example of mechanical energy. The flowing water possesses kinetic energy as it moves through the hose, which is a form of mechanical energy due to its motion.
A garden hose can be considered a type of inclined plane, as it allows for the displacement of water at a higher position to a lower position due to the force of gravity.
Putting your thumb over the end of the garden hose restricts the flow of the water, causing it to increase in speed as it exits the hose. This results in a stronger stream that can reach further distances.
Assuming the hose has an inner diameter of 1 inch, 100 feet of 3" hose filled with water would weigh approximately 6,242 pounds.
To produce a water flow that approximately follows a sine wave pattern, you should move the nozzle of the garden hose in a smooth and somewhat oscillating motion. Try to create gentle, curved movements that mimic the shape of a sine wave as you vary the direction and amplitude of the nozzle. This motion will help generate a more sinusoidal water flow pattern.
A typical garden hose delivers water at a rate of around 5 to 10 gallons per minute (GPM).
There need not be any water at all in the hose! The capacity of the hose is 3.41 cubic feet.
Depends on the water pressure, and the diameter and length of the hose. Sorry, but there really is no one answer.
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.
A typical garden hose delivers around 10 gallons per hour.
A 100-foot hose with an inside diameter of five inches can hold 102 US gallons of water.
Easily! A normal garden hose will typically use 360 gallons a minute. 540 liters is equal to 142 gallons.
A typical garden hose can deliver around 5 to 10 gallons per minute.
The amount of water used by a soaker hose for watering plants in a garden varies depending on factors like the length of the hose, water pressure, and duration of watering. Generally, a soaker hose uses about 1-2 gallons of water per hour.
The average garden hose has a flow rate of about 6-9 gallons per minute (GPM).
The maximum flow rate of a garden hose is typically around 10 gallons per minute (GPM).
A 2.5 inch fire hose has a capacity of approximately 60 gallons per 100 ft. Therefore, a 50 ft hose would hold around 30 gallons of water.