Multiply liters per minute by 0.0353146667 to get cubic feet per minute.
Conversion: liters per minute x 2.118 = cubic feet per hour
There are 28.32 liters per cubic foot: 6 x 28.32 = 169.92 liters.
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.
A cubic foot per minute is a measure of flow whereas a litre is a measure of volume. The two measure different things and so there is no conversion between the two without additional information.
To convert cubic feet (cft) to cubic feet (ft³), note that 25 cubic feet is simply 25 ft³ since both measurements are in the same unit. If you meant to ask how to convert cubic feet to another unit, please specify which unit you are interested in, such as cubic meters or liters.
Cubic feet per minute x 28.3168 = liters per minute
liters per minute x 2.1189 = cubic feet per hour
To convert cubic feet per hour to liters per minute, you can use the conversion factor: 1 cubic foot = 28.3168 liters and 1 hour = 60 minutes. So, you can multiply the cubic feet per hour value by 28.3168/60 to get liters per minute.
Conversion: liters per minute x 2.118 = cubic feet per hour
24.72 cubic feet per minute at 700 liters per minute.
Use this formula: liters x 0.0353 = cubic feet
1 liter = 0.0353146667 cubic feet
cubic feet per second x 60 = cubic feet per minute
cubic feet per hour x 0.016666667 = cubic feet per minute
Multiply cubic feet per second by 60 to get cubic feet per minute.
There are 28.32 liters per cubic foot: 6 x 28.32 = 169.92 liters.
You cannot convert it. Liters per minute is volume while feet per minute is velocity. There is a similar looking term - Standard Cubic Feet Per Minute, if this is what you meant, then the conversion can be done as it is also volume (volume of gas or liquid flowing per minute to be presice). use this conversion factor STANDARD CUBIC FEET PER MINUTE - scfm (at 14.696 psia and 60F) x 0.4474 = Litres per second (l/s) at standard conditions (760 mmHg and 0oC) source: http://www.oiltech.com.au/library/library_text/text_files/units.txt