Using cable theory to describe axon conduction would tell us_______________. a. the larger the diameter of the axon the faster the propagation of the action potential b. the larger the diameter of the axon the slower the propagation of the action potential c. the smaller the diameter of the axon the faster the propagation of the action potential d. that having big axons is of no benefit and only takes up a lot of space e. the nervous system mainly has small axons because they are much faster than large ones
Added by Kim W.
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It takes into account the properties of the cable, such as its diameter, length, and resistance, as well as the properties of the electrical signal, such as its amplitude and frequency. Based on this, we can eliminate options d and e, as they are not supported by Show more…
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The speed of transmission of an action potential along an axon is influenced by a. the presence of myelin. b. an increased concentration of $\mathrm{Ca}^{2+}$ c. the diameter of the axon. d. all of the above. e. a and c only.
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