A large motor neuron runs from the brain to the arm. The neuron contains a core of bundled microtubules. If the motor neuron is 40 cm long, and the magnitude of the potential difference from the top of the neuron to the bottom is 40 mV, then what is a reasonable estimate for the magnitude of the cross sectional area of the neuron? Take the resistivity of the microtubule to be about 40 MO/um.

A large motor neuron runs from the brain to the arm. The neuron contains a core of bundled microtubules. If the motor neuron is 40 cm long, and the magnitude of the potential difference from the top of the neuron to the bottom is 40 mV, then what is a reasonable estimate for the magnitude of the cross sectional area of the neuron? Take the resistivity of the microtubule to be about 40 MO/um.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

A large motor neuron runs from the brain to the arm. The neuron
contains a core of bundled microtubules. If the motor neuron is 40
cm long, and the magnitude of the potential difference from the top
of the neuron to the bottom is 40 mV, then what is a reasonable
estimate for the magnitude of the cross sectional area of the
neuron? Take the resistivity of the microtubule to be about 40
MO/um.

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Step 2: TO DETERMINE THE MAGNITUDE OF RHE CROSS SECTIONAL AREA OF NEURON

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