You are asked to simulate the Hodgkin Huxley Membrane Model. You are required to compute and plot as a function of time

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You are asked to simulate the Hodgkin Huxley Membrane Model.
You are required to compute and plot as a function of time the following parameters: Vm(t), gNa(t), gk(t), INa(t), IK(t), m(t), n(t), and h(t). Reminder: m(t), n(t), and h(t) are the gating variables.
Vm(t), gNa(t), and gk(t) should be plotted on one graph; m(t), n(t), and h(t) should be plotted on a second graph; Vm(t), INa(t), and IK(t) should be plotted on a third graph.
Hodgkin Huxley Mambrone Model In the pacolle conductance model Setting Up Initial Conditions o's rate constants for going from a closed state to an open state B's: cate constants for going kaman open state to a closed stak p=40 0.125 fh=0.04742587312 eg J5mV Toox Hasbold Box 7 mV GmV subliverhold he toth dir Bir Calculate the urber efiterations (an int vaku). 9x = 36.0 n C-1 3,4, and 5 rupectively (units:m25/mm²) T. gua (Vm Ena) + 9₂ (Von Ex) » gf (Ym Et) -parameters() Xm= 0.22 35637240 @instal X 0.05314767069 21 0.07 initial condition () Vor (to) value entered by uxc... an DE La fm din fon itecations ( set tinitual final stepsize 0.025 msec 3595 120.0 m³h conductances) @tmitial ga 9 m. h, and to are solutions to egs C dv तस