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et/T ( V - Vo) = M t' / dt' (5) T Question 8: Solve the equation above by integrating the right side and isolating
et/T ( V - Vo) = M t' / dt' (5) T Question 8: Solve the equation above by integrating the right side and isolating for V as a function of t. Plot your equation for the potential as a function of time with the follow- ing values for your constants: Vo = -70, VM = 15, T = 0.3, 0.5,0.7. What is the significance of the constant you defined? How does it effect the membrane potential as a function of time? Once the injected current stops the potential has the following form, V(t) - Vo p-t/ T = (6) VM The post current potential for different values of 7 is shown in the figure below. It is assumed the injected current lasted for 4ms and then stopped
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