39.80
Chat with our AI personalities
To convert yards to feet, we multiply by 3. So, 25 yards is equivalent to 75 feet. To find the cost of 100 feet, divide the cost of 25 yards by 75 feet and multiply by 100 feet: 9.95 / 75 * 100 = $13.27.
The time it takes to fill a volume with water using a standard hose depends on the flow rate of the hose. Without knowing this flow rate, it is not possible to provide an accurate estimate of the time needed to fill 896 cubic feet.
To calculate the flow rate through a hose, we first need to find the cross-sectional area of the hose. The cross-sectional area of a 5/8-inch diameter hose is (5/16)^2 * π square inches. To convert this to square feet, divide by 144. Finally, multiply this area by the flow rate in feet per second (100) to get the flow rate in cubic feet per second.
A 20' length of 4-inch hose can hold approximately 0.38 gallons of gasoline per foot. Therefore, 20 feet of this hose can hold around 7.6 gallons of gasoline.
The largest hose is believed to be the Voring Plateau Deepwater Cross-Over in Norway, measuring almost 400 feet in height and stretching over a steep waterfall. This hose is used to transfer water from the river above to a power station below.
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.