The most probable value for this quantity in an ideal gas is root two "RT" over molar mass. Power is the dot product of force and this quantity. Centripetal force equals mass times the square of this 
The most probable value for this quantity in an ideal gas is root two "RT" over molar mass. Power is the dot product of force and this quantity. Centripetal force equals mass times the square of this quantity divided by radius. The value of this quantity that is needed to escape a gravitational field is called its "escape" type. Linear momentum equals mass times this quantity, which, when squared and multiplied with mass, equals kinetic energy. For 10 points, acceleration is the time derivative of what vector quantity that measures the rate of change in position?
The most probable value for this quantity in an ideal gas is root two "RT" over molar mass.
velocity [accept speed]