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Question 3 The neuron axon drawn below is 1 meter long, myelinated, and has a conduction velocity of 1 m/s. It is completely normal and is bathed in a normal ECF solution. Electrodes are placed at point A (initial segment) and B (end of the axon) which are 1 meter apart. A B' 1 meter from A→B At time 0 under control ("normal") conditions, threshold depolarizing current stimulates the axon at point A leading to occurrence of a single normal AP at point A. Will the AP generated at point A propagate to point B? (Yes or No) B. If yes, how long will it take for the AP to reach point B? Explain your reasoning.

Question 3 The neuron axon drawn below is 1 meter long, myelinated, and has a conduction velocity of 1 m/s. It is completely normal and is bathed in a normal ECF solution. Electrodes are placed at point A (initial segment) and B (end of the axon) which are 1 meter apart. A B' 1 meter from A→B At time 0 under control ("normal") conditions, threshold depolarizing current stimulates the axon at point A leading to occurrence of a single normal AP at point A. Will the AP generated at point A propagate to point B? (Yes or No) B. If yes, how long will it take for the AP to reach point B? Explain your reasoning.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Please answer question 3 parts A and B

Question 3 The neuron axon drawn below is 1 meter long, myelinated, and has a conduction velocity of 1 m/s. It is completely normal and is bathed in a normal ECF solution. Electrodes are placed at point A (initial segment) and B (end of the axon) which are 1 meter аpart. В 1 meter from A→B At time 0 under control ("normal") conditions, threshold depolarizing current stimulates the axon at point A leading to occurrence of a single normal AP at point A. Will the AP generated at point A propagate to point B? (Yes or No) If yes, how long will it take for the AP to reach point B? Explain your reasoning.
Transcribed Image Text:Question 3 The neuron axon drawn below is 1 meter long, myelinated, and has a conduction velocity of 1 m/s. It is completely normal and is bathed in a normal ECF solution. Electrodes are placed at point A (initial segment) and B (end of the axon) which are 1 meter аpart. В 1 meter from A→B At time 0 under control ("normal") conditions, threshold depolarizing current stimulates the axon at point A leading to occurrence of a single normal AP at point A. Will the AP generated at point A propagate to point B? (Yes or No) If yes, how long will it take for the AP to reach point B? Explain your reasoning.
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