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Model Mathematics

\frac{d}{d time} (PA) = \frac{1.0}{VA} (Pm \frac{Pm - PA}{R} - (PA delta_VA)) \frac{d}{d time} (VA) = delta_VA \frac{d^{2.0}}{d {time}^{2.0}} (2.0) = delta2_VA VA = \frac{Pm - PL}{E} E = \frac{ks}{s^{2.0}} PL = Pm - (R omega \frac{VT}{2.0} \sin (time omega) + E (2.5 - (\frac{VT}{2.0} \cos (time omega)))) omega = \frac{2.0 3.141}{5.0} RA = \frac{mu}{s^{2.0}} IA = \frac{m}{s^{2.0}} PA - PL = IA delta2_VA + RA delta_VA + E (VA - V0) V0 = x0 s

Source: Derived from workspace Bental, 2006 at changeset aec2cb935d5e.; This exposure was expired. A more up-to-date related exposure is available, or view related resources.

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