During depolarization, sodium ions rush into the axon, making the inside negative, and the outside positive.
why is there string or paper in electrical cords
When did you observe taht the air inside seemed to become foggy?
As potassium leaves the neuron, the inside of the cell will become progressively more negative, which will attract the positive potassium ions, preventing further exodus. If this electrical force is great enough, it will actually draw potassium ions from the outside of the cell back inside.
Subatomic particles are smaller than atoms. Subatomic particles are found inside the nucleus of an atom and include protons, neutrons, quarks, and gluons. Protons carry a positive electrical charge while neutrons carry a neutral charge. Inside these protons and neutrons are quarks which are held together by gluons. (1 atom = 0.000000001 meters while 1 quark = 0.000000000000000001 meters) The smallest known particle, however, that has mass is the neutrino.
chromosomes
Neurons send messages electrochemically and all chemicals in the body are electrically-charged. When neurons inside the body are electrically-charged, they are called ions. When a neuron is at rest, or not electrically-charged, the inside is negative and the outside is positive.
Depolarization.
Depolarization
How can there be electrical charge inside matter even if the matter shows no electrical forces
The neutron, a subatomic particle inside the nucleus of an atom, does not have a charge.
the electrical charge excites the atoms and creates a plasma state that emits light
The neutron, a subatomic particle inside the nucleus of an atom, does not have a charge.
The 'ammo' is the electrical charge that zaps your attacker.
It does if there is electrical charge going through the water and going into the algae and then the algae traps the electricity inside of it unless there is a break in the algae.
There is electrical potential difference between out side of the cell and inside of the cell, in case of the polarized neuron. This electrical difference is lost in case of depolarization. That is what can be said roughly.
At rest, a neuron is highly polarized -- a significant electrical charge difference exists between the inside and the outside (poles) of the cell. This polarity is what allows the cell to quickly respond to triggering events and do work, similar to the charge in a battery. A neuron de-polarizes when something reduces that charge difference, typically when pores in the cell membrane are unblocked, allowing charged ions to flow. Technically, a reduction of even a single electron of polar charge is a "depolarization". This can occur by dozens of mechanisms. However, the usual process is: (1) a neuron is polarized, (2) an electrical signal traveling inside the neuron changes the internal membrane charge just enough to cause voltage-sensitive pores to open, which (3) allows a massive influx of charged ions from outside the cell. This now depolarized cell recovers its resting polarity quickly through a reverse flow of electrons and via ion pumps in the membrane.
The inside of a typical cell is posotive in respect to the outside. I got this out of my Biology book.