Considering the gallon is a unit of volume (3-D) and square feet it a unit of surface area (2-D), the two are not comparable in this way. Gallons per minute is a rate of flow. Square feet per second is a rate of speed.
You may be referring to gpm /square feet - in other words, the amount of liquid being applied to a specific unit of surface area.
Example:
You are flowing 1000 gpm and you want to know the density of that liquid given an area, say a 100' tank. The surface area of the tank = pi * (50)^2 = 7853 square feet. The density of that liquid = rate of flow / surface area = 1000 gpm/ 7853 sq.ft. = 0.12734 gpm/sq.ft.
You also need to know how long it travels. Just multiply the speed with the time. For instance, if the object moves at 70 feet/sec during 1 minute, you multiply: 70 ft/sec x 1 minute = 70 ft/sec x 60 sec. = 4200 feet.
1 revolution = 2PI radian. 2 revolutions = 4PI radian The angular speed of the Ferris wheel is 4PI radians . Multiply by the radius. The linear speed is 100PI feet per minute.
16,200 feet per hour.
There are going to be allot of varying opinions on this one but it's fairly simple to get in a good ball park. You want between 600 to 800 feet per minute of air flow so you need to know the CFM of your air handler and then you can calculate it this way. Ftcube /min divide by Ft / Min = Ft square. At 1200 CFM for a flow rate of 800 Ft/min you get a result of 1.5 square feet which is 216 square inches. If you divide by 8 for the prefab 8 inch duct you need a 27 inch wide dimension or 16 X 13.5. Good luck on your project.
Assuming that you travel 882 feet in a straight line, the average velocity is 882.5 = 176.4 feet per second.
6,000 US gallons per minute = 13.37 cubic feet per second.
Use this formula to convert gallons per minute to cubic feet per second:gallons per minute x 0.002228 = cubic feet per second. So; 500 x 0.002228 = about 1.114 cubic feet per second.
42
20 US gallons per minute = 2.674 cubic feet per minute.
That's simple arithmetics: 14 million gallons per day is 14 million gallons per 86400 seconds, so it's about 162 gallons per second. 162 gallons is about 21.66 cubic feet. Divide that by the area of channel section of 500 square feet and you get about 0.043 feet/second.
1 gallon = 231 cubic inches1 cubic foot = 1,728 cubic inches1 minute = 60 seconds20 gallons per minute = (20 x 231) cubic inches per minute = (20 x 231 / 60) cubic inches per second= (20 x 231 / 60) / 1,728 cubic feet per second= 0.04456 cubic feet per second (rounded)
The flow rate in cubic feet/second is (3*1.5*3) = 14.5 cubic ft/sec. According to Google, there are 6.229 Imperial gallons or 7.481 US gallons in 1 cubic foot. Therefore, the flow rate is 90.32 Imp gallons/sec or 108.47 US gallons/sec. If this many gallons flow per second, then (90.32 x 60) = 5419 Imp gallons flow per 1 minute, or equivalently 6508 US gallons per minute.
For US gallons, use this equation: gallons per minute x 8.020833333 = cubic feet per hour750 gallons/minute x 8.020833333 = about 6,015.625 cubic feet per hour
To convert rainfall from inches to gallons per minute, you need to know the area over which the rain is falling in square feet. Multiply the rainfall in inches by the area in square feet, then divide by 231 to convert to gallons. Finally, divide by the duration in minutes to get gallons per minute.
You cannot convert a measure of area (square feet) to a measure of volume (gallons). Gallons is a measure of volume, or of 3 dimensions. You'd need cubic feet (not square feet) to convert it to gallons.
A water flow of 1,400 cubic feet per second equates to approximately 628,363.64 US gallons per minute.
None ... gallons is a measurement of volume, square feet is area not volume.