vamax

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Vamax= 0.08 POLYMATH Results No Title 02-26-2015, Rev5.1.225 Calculated values of the DEQ variables Variable initial value minimal value maximal value final value t 10 10 40 40 p 2142 2142 5356.6894 5356.6894 pmax 6300 6300 6300 6300 vmax 0.08 0.08 0.08 0.08 ODE Report (RKF45) Differential equations as entered by the user [1] d(p)/d(t) = vmax*p*(1-(p/pmax)) Explicit equations as entered by the user [1] pmax = 6300 [2] vmax = 0.08 Comments [1] d(p)/d(t) = vmax*p*(1-(p/pmax)) velocidad de formacion de ribosomas (unidad arbitraria/ min) [2] pmax = 6300 unidades maximas de ribosomas. [3] vmax = 0.08 velocidad maxima de crecimiento Independent variable variable name : t initial value : 10 final value : 40 Precision Step size guess. h = 0.000001 Truncation error tolerance. eps = 0.000001 General 5 10 15 20 25 30 35 40 45 0 1000 2000 3000 4000 5000 6000

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Vamax= 0.08POLYMATH ResultsNo Title 02-26-2015, Rev5.1.225

Calculated values of the DEQ variables

Variable initial value minimal value maximal value final value t 10 10 40 40 p 2142 2142 5356.6894 5356.6894 pmax 6300 6300 6300 6300 vmax 0.08 0.08 0.08 0.08

ODE Report (RKF45)

Differential equations as entered by the user [1] d(p)/d(t) = vmax*p*(1-(p/pmax))

Explicit equations as entered by the user [1] pmax = 6300 [2] vmax = 0.08

Comments [1] d(p)/d(t) = vmax*p*(1-(p/pmax)) velocidad de formacion de ribosomas (unidad arbitraria/ min) [2] pmax = 6300 unidades maximas de ribosomas. [3] vmax = 0.08 velocidad maxima de crecimiento

Independent variable variable name : t initial value : 10 final value : 40

Precision Step size guess. h = 0.000001 Truncation error tolerance. eps = 0.000001

General number of differential equations: 1 number of explicit equations: 2 Data file: F:\ejercicio 1 -procesos -ribosomas.pol