No, the neuron is not ready to fire during the refractory period. This period occurs immediately after the neuron has fired and is characterized by a temporary inability to generate another action potential.
For the same reason you see lightning before you hear thunder, Light travels faster than sound.
When a gun is fired a bullet (or cartridge) with a small mass but a very high velocity is ejected. The recoil of the gun is a reaction to this force and is sufficient to push back the person who fired the weapon.
To make a wood-fired electric generator, you would need to build a combustion chamber to burn the wood and produce heat. This heat would then be used to boil water and create steam, which would turn a turbine connected to an electric generator. The generator would then convert the mechanical energy from the turbine into electrical energy. It is important to ensure safety measures are in place when working with fire and electricity.
The frequency of stimulation can affect the action potential by influencing the rate at which action potentials are generated in a neuron. Higher frequency stimulation can lead to more action potentials being fired in a shorter amount of time, while lower frequency stimulation may result in fewer action potentials being generated. This relationship is known as frequency-dependent facilitation or depression.
After an action potential is fired, the neuron goes through a refractory period where it cannot fire another action potential immediately. During this time, the neuron resets its electrical charge and prepares for the next signal.
A neuron conveys information about the strength of stimuli by varying the rate in which the stimulus is fired.
This is called the resting potential (inactive state) of the neuron. However, when a neurotransmitter binds to receptors, electrical stimulus is applied, etc. to induce an opening of ion channels in the membrane of the neuron, positive ions rush into the neuron from the outside to the inside, and result in a sharp increase of the positive charge density (due to more positive ions) inside the neuron. Beyond a certain threshold, this can induce the creation of an action potential, causing the neuron to fire. After the action potential is created, and the neuron fires, there is a short refractory period where the neuron cannot be fired again due to stimuli, when positive ions are pumped back out of the neuron, negative ions are brought into the neuron, and then the ion channels close, leaving the neuron in a polarized state, and returning it to a resting potential.
False
No they do not. Information (neurotransmitters) is electrically fired over to the next neuron.
False
No, the neuron is not ready to fire during the refractory period. This period occurs immediately after the neuron has fired and is characterized by a temporary inability to generate another action potential.
elders.
She was fired before she killed Selena.
When a neuron in a muscle is fired, or triggered, it sends a message to the brain telling the muscle to contract.
He isn't fired in reality, only in storyline. WWE is not real, it is a story, soap-opera type show.
After being fired in idaho how long does an employer have before they to pay you