Assume that it takes 4 microseconds at normal body temperature for the polarized sodium ions to completely depolarize during the excitement and that the resting path of sodium channel has resistance of 100 Ohms while the excited path has 0.1 Ohms. What is the electronic energy transferred during this depolarization process? Please provide a visual diagram of the question
Assume that it takes 4 microseconds at normal body temperature for the polarized sodium ions to completely depolarize during the excitement and that the resting path of sodium channel has resistance of 100 Ohms while the excited path has 0.1 Ohms. What is the electronic energy transferred during this depolarization process? Please provide a visual diagram of the question
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Subject: physics
Assume that it takes 4 microseconds at normal body temperature for the polarized sodium ions to completely depolarize during the excitement and that the resting path of sodium channel has resistance of 100 Ohms while the excited path has 0.1 Ohms. What is the electronic energy transferred during this depolarization process?
Please provide a visual diagram of the question
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