An object for which gravity and drag are in equilibrium has attained the terminal form of, for ten points, what quantity equal to the derivative of position?
A highly-cited 1983 paper by Andersen describes a version of the shakealgorithm named for this quantity, and a book by Ray Kinslow of TennesseeTech talks about phenomena that occur at high values of this quantity. The2a2 g(ρ′ −ρ)Stokes type of this quantity is equal to 9η [NOTE: ρ and η are the Greek  2∗Fermi energy letters rho and eta]. The Fermi type of this quantity is equal to mass .The Lorentz factor is given by the reciprocal of the square root of 1 minus   this quantity's square over the square of the speed of light, and is dimensionless. An object for which gravity and drag are in equilibrium has attained the terminal form of, for ten points, what quantity equal to the derivative of position?
A highly-cited 1983 paper by Andersen describes a version of the shakealgorithm named for this quantity, and a book by Ray Kinslow of TennesseeTech talks about phenomena that occur at high values of this quantity.
velocity [do not accept or prompt on speed]