They do not compare.
Inches of water is a pressure measurement, GPM is a flow measurement.
The amount of water a steam engine uses can vary significantly depending on its size, design, and operational conditions. On average, a steam locomotive might consume about 3 to 5 gallons of water per mile traveled. However, larger steam engines or those used in industrial settings can use much more, sometimes hundreds of gallons per hour, especially during heavy operations. Efficient water management is crucial for optimal performance and steam generation.
A reverse osmosis (RO) membrane rated at 100 gallons per day (gpd) can process approximately 378.5 liters of water in a 24-hour period, as 1 gallon is equivalent to about 3.785 liters. Therefore, if operating continuously at its maximum capacity, the membrane will produce around 15.7 liters per hour. However, actual output may vary based on factors like water pressure, temperature, and membrane condition.
A 1000 watt device operated continusouly for 1 hour would equal 1 Kwh.
about a half hour
Have a look at AuroraGenerators.com If it is diesel your looking at about 1 gallon per hour however likely you are not running at full load. You can expect to be using on average 0.5 gallons per hour on an Aurora Diesel Generator
One cubic meter is equal to about 35.5 cubic feet. 17,000 x 35.5 = 603,500 ft3 One cubic foot is equal to 7.5 gallons. 603,500 x 7.5 = 4,526,250 gallons per second There are 3,600 seconds in one hour. 4,526,250 x 3,600 = 16294500000 gallons an hour.
50 gallons of water per minute equals 3,000 gallons per hour.
Easily! A normal garden hose will typically use 360 gallons a minute. 540 liters is equal to 142 gallons.
1 cubic foot equals 7.48 gallons so 106 cubic feet per hour would equal 793 gallons per hour or 13 gallons per minute
2 gallons per hour
10 US quarts per minute is 150 US gallons per hour.
1 inch every 20 minutes is 3 inches every hour. 3 inches * 1600 ft squared = 400 cubic feet of water per hour. 400 cubic feet * 7.480519481 = approximately 2992 gallons per hour. 2992 gallons per hour / 60 minutes per hour is approximately 60 gallons per minuted (49.8666 gallons per minute). You should probably get a pump that can handle a little more than that, just to take care of the surges.
There are 16 cups in a gallon, so 450 gallons of water is equal to 450 * 16 = 7200 cups of water. To find out how many cups are released per second, divide by the number of seconds in an hour (3600 seconds): 7200 cups / 3600 seconds = 2 cups of water released per second.
52 inches per second is equal to 5,200 yards per hour.
1 long ton (2240 lbs) = 223.50 UK gallons per hour / 268.44 US gallons per hour > 1 short ton (2000 lbs) = 199.55 UK gallons per hour / 239.68 US gallons per hour
If a pool was leaking for 12 hours and leaked out 78 gallons of water in total, then it would of leaked out 6.5 gallons every hour. This is a math problem.
There are 12 x 3 x 1760 = 63360 inches in one mile. Therefore, 45 miles per hour is equal to 45 x 63360 = 2851200 inches per hour. There are 3600 seconds in one hour. Therefore, 2851200 inches per hour is equal to 2851200/3600 = 792 inches per second.