approximately 1,564,453mph (nearly as quick as me ;))
They are 'electrical impulses'.
So they move at the speed of electricity. It is believed they travel at the speed of 127 mph.
in a human under normal circumstances about 115-197 ft/sec (35-60 m/sec)
More than 1mph im sure of that
They say that thick axons can produce speeds up to about 100 meters per second. In miles per hour that would mean roughly 225.
They don't move, they produce electrons which travel through synapses. The nerve cell (or neuron) doesn't move.
That's a stupid question because it wouldn't ever be measured in miles per hour!?! Neurons transmit signals to and from the brains in a matter of seconds!
100 meters per second
It is about 100 m/s, not 300 m/s.
225 mph
a nerve impulse
they transport the nerve impulse through the synapses (:
vagus nerve
A neural impulse. Specifically, once it fires, an action potential.
A nerve impulse passes from an axon terminal of one neuron to another neuron across a synaptic gap.
nerve impulse
It 200 miles per hour And it can probally be in meters too.
A nerve impulse starts at the dendrite
a nerve impulse
they transport the nerve impulse through the synapses (:
no ventricular diastole is responsible for nerve impulse
A nerve impulse is approximately 1 millisecond.
How does a nerve impulse follow the all-or-nothing principle???
nerve my a$$ nerve
Yes, an action potential is needed for a nerve impulse to occur.
Yes, an action potential is needed for a nerve impulse to occur.
It is called a nerve impulse.