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
There are about 28.317 liters in a cubic foot, and there are 60 seconds in a minute. To convert a quantity expressed in cubic feet per minute into one expressed in liters per second, multiply by 28.317 and divide by 60. Or just take the initial quantity and multiply by 0.47195 (which is a "combination" of the two operations suggested). By simple inspection, the conversion factor, 0.47195, is about 0.5 or 1/2 or one half. You should be able to eyeball a quantity in units of cubic feet per minute and cut it in half in your head to get an approximation of that quantity in liters per second. Simple and easy once you think it through.
1 slpm (standard liters per minute) = 1000 sccm (standard cubic centimeters per minute) as 1 liter = 1 cubic decimetre = 1000 cubic centimetre
Conversion: cubic feet per hour x 0.4719 = liters per minute
Using the gas law: PV= NRT you can get this conclusion: P1V1/T2= P2V2/T1
To simplify you can do this operation: (NL/min)/(P+1) = L/min
P: is your Operating Pressure
Cubic feet per minute x 28.32 (or 28.3168466) = liters per minute
Since a cubic meter is the same as 1000 liters, you have to divide the liters by 1000.
The normal amount of oxygen a person takes in is about 7 to 8 liters. This is for every minute.
; normal liter (NL or Nl or Ndm3) : a unit of mass for gases equal to the mass of 1 liter (0.035 3147 ft3) at a pressure of 1 atmosphere and at a standard temperature, often 0 °C (32 °F) or 20 °C (68 °F). Air flow is often stated in normal liters per minute (Nl/min).
70-75 beats a minute.
If a variable X, is distributed Normally with mean m and standard deviation s thenZ = (X - m)/s has a standard normal distribution.
Easily! A normal garden hose will typically use 360 gallons a minute. 540 liters is equal to 142 gallons.
None.z-scores are linear transformations that are used to convert an "ordinary" Normal variable - with mean, m, and standard deviation, s, to a normal variable with mean = 0 and st dev = 1 : the Standard Normal distribution.
The amount of blood the heart pumps every day may change do to different conditions of the body, for example the heart's rate (Hr). A normal person has an average Hr of 70 beats per minute. The average stroke volume is 5 liters per minute (amount of blood pumps for your heart every minute). If you multiply 5 liters per 60 minutes, you will get 300 liters per hour. If you multiply 300 liters per 24 hours, you will get 7200 liters per day.
To convert from milliliters to liters, divide by 1000. - By the way, that number has way too many significant digits. You'll never be able to measure water that exactly.
There is no "normal" oxygen level in COPD. Anything below 90% would be seen and COPD.
The standard deviation in a standard normal distribution is 1.
The standard deviation in a standard normal distribution is 1.