RCF and RPM in Centrifugation | Explained Mathematically 

If you observe the ratio of both the forces that the centrifugal force and gravitational force (which is mxg), the m automatically gets cut off in numerator and denominator. As in the video I have only explained about the "g" (i.e. accelaration due to gravity), I did not consider "m" in the equation because eventually it would have been cut off when divided by gravitational force.

@@scienceexplainedeasily8907 that makes sense, thank you for explaining

RPM is revolutions per minute, we need to convert into "per second" to equalize the units. So we need to divide rpm value by 60 which now gives the value in "per second"

سأحاول