By changing the permeability of their membranes.
Neurons are able to generate tiny electrical currents through a process called action potential. This occurs when the neuron receives a stimulus that exceeds a certain threshold. It triggers a rapid exchange of charged particles, or ions, across the cell membrane, resulting in an electrical impulse that propagates along the neuron's axon. This electrochemical signal allows neurons to communicate with each other and transmit information throughout the nervous system.
Excitability / irritability: This means they can be stimulated to produce an impulse (action potential) – a tiny electrical current. Conductivity: This means neurons are also able to transfer an impulse along the full length of their axons and then on to other neurons, muscles or glands.
We need to be able to measure electrical currents, because this will give us the capacity to control it. As soon as we can measure it , we will be able to predict the behaviour and the effects of electrical current on our electric equipment, and on the wires that carry it and so, we will be able to design proper electrical circuits and devices. Also we will be able to calcullae the cost of operating any electrical appliance. Plasma TV, LightBulb, etc. Electricity is invisible, and we can not control what we don't see . But if we have measurement equipment we will be able to sense it , and then we will control it. Learning electricity is easy as soon as we learn the meaning of the main units of measurement : Amps, Volts, Ohms, Watts, and Watts per hour. Also it easy to learn to work with the few and simple equations that explain the laws of the electrical energy : Like this one : Voltage = Current * Resistance Power = Voltage * Current Resistance = Voltage / Current Current = Voltage / Resistance Current = Power / Voltage Electrical Energy = Power * hours (of operation)
The two main ways in which neurons are able to react to stimuli are conduction impulses and communicating with each other. These stimuli can be touch, sound, light, taste, and smell.
Neurons aren't able to communicate with each other.
weather currents would effect tugboats because the water would reel it in and the boat would not be able to move.
Broccoli is found to have an IQ of about 2 since it is able to react to stilmuli such as electrical currents.
Excitability / irritability: This means they can be stimulated to produce an impulse (action potential) – a tiny electrical current. Conductivity: This means neurons are also able to transfer an impulse along the full length of their axons and then on to other neurons, muscles or glands.
Neuroglia
Electrolytes, because they can conduct an electrical current.
The cells that are able to pass messages back and fourth are called neurons. These neurons are found in the brain.
No, you're thinking of Neuroglia
Neurons aren't able to communicate with each other.
A fluke clamp meter is used for electrical purpose by electricians. You can use them to measure things such as a large air condition currents. Different clamp meters have different features such as being able to measure motor inrush currents.
No.
Nerve cells are able to pass messages back and forth. There are three types of nerve cells in humans, motor neurons, interneurons and sensory neurons.
We need to be able to measure electrical currents, because this will give us the capacity to control it. As soon as we can measure it , we will be able to predict the behaviour and the effects of electrical current on our electric equipment, and on the wires that carry it and so, we will be able to design proper electrical circuits and devices. Also we will be able to calcullae the cost of operating any electrical appliance. Plasma TV, LightBulb, etc. Electricity is invisible, and we can not control what we don't see . But if we have measurement equipment we will be able to sense it , and then we will control it. Learning electricity is easy as soon as we learn the meaning of the main units of measurement : Amps, Volts, Ohms, Watts, and Watts per hour. Also it easy to learn to work with the few and simple equations that explain the laws of the electrical energy : Like this one : Voltage = Current * Resistance Power = Voltage * Current Resistance = Voltage / Current Current = Voltage / Resistance Current = Power / Voltage Electrical Energy = Power * hours (of operation)
You are probably speaking of "lower motor neurons." These are neurons that send information from the spinal cord to the muscles of the body & they travel within all most of the nerves of the body (like sciatic, median, etc). These neurons are controlled by "upper motor neurons" and control your muscles to allow you to be able to move.