(Six hundred divided by one hundred) seconds
It would take the signal 0.1 seconds to travel 3 metres, given the parameters that you have given.
100 m/s
Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.
Cranial nerve 5 is the trigeminal nerve.
The trigeminal nerve is CN V (cranial nerve V)
It 200 miles per hour And it can probally be in meters too.
100 meters per second
It would take the signal 0.1 seconds to travel 3 metres, given the parameters that you have given.
100 m/s
Nerve impulses travel through nerve fibers via a action potential and the speed at which the impulse travels depends on the type of nerve fibre. This can range from 100m/s in the case of touch to 20-30 m/s when you're thinking.
That depends on the type of nerve fiber - anywhere from 1/10 th of a second to 10 seconds.
A nerve impulse is a pulse of electricity, an action potential that passes along the nerve. The speed at which it travels is called its conduction velocity and in human nerve fibres, this velocity ranges between 1 and 3 metres per second in unmyelinated fibres and between 3 and 120 metres per second in myelinated fibres
Nerve signals can travel at speeds ranging from 1 meter per second to more than 100 meters per second. The speed depends on various factors such as the type of nerve fiber, myelination, and the presence of nodes of Ranvier.
how fast is lightning? well it's about 3x the speed of sound...im just making a logical guessNew AnswerThe slowest nerve impulses are mostly those involving pain and may travel at about 2 meters per second. This is why you may not immediately feel the pain when you stub your toe. On the other hand, some nerve pulses travel at speeds of up to a few hundred meters per second. The speed of the impulse transmission depends on many variables, such as the diameter and type of the nerve fiber, whether it has a myelinated sheath, etc.
Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.
it travels through the dendrite to the synaptic terminal to the axon
Up to about 390 feet per second or 266 mph