By nature, every atom is electrically neutral.
Each atom wants to have a full shell of electrons, but some atoms have a very incomplete shell, so they strive to get more electrons.
When an atom of this nature bonds with another - among other possibilities - it may gain, or "steal" electrons from another atom to make up the lack of electrons in their own shell.
A positive ion is simply an atom that as lost electrons through this process, therefore there is a positive charge because there are more protons.
A negative ion has gained electrons, having a negative charge because there are more electrons.
There is no such thing as an objective "better" or "worse," and so it makes no sense to talk about objective things like charge as better than another. One may be better at doing certain things, but you haven't provided any context to evaluate the superlative.
The difference might be that one, the negative electron, is matter, and the other, the positive electron, is antimatter.
+ve polarity = a physical end at where protons from/of an atom gathers -ve polarity = a physical end at where electrons from/of an atom gathers
a positive charge is proton, a negative charge is a electron, and a neutral charge is a neuton
The difference is how many protons and electrons. Protons are positive, (both "p's" easier to remember) so if there are more electrons it's negative, less electrons it's positive. When atoms have electrons added or subtracted it changes the charge, then they are known as ions. The atomic number is how many protons there are, this never changes, if it does there is a different element.
Water is neutrally charged. It has H+ and OH- ions. 1 positive and 1 negative charged ion. The positive and negative ions cancel each other out and therefore we end up with a neutrally charged water atom.
Atoms with a positive or negative charge resulting from a loss or gain of electrons are known as ions.
the reason for 0.3V as barrier potential in Ge is:- Electrons near the junction drift into the P region and recombine with holes. At the junction, the P-side has a layer of negative charges or negative ions (since p-type material is electrically nuetral addition of an electron makes it a negative ion). At the junction, the N-side has given up electrons thus creating holes i.e. it has positive charges or positive ions.This ion build up creates an area that is depleted of any conduction electrons or holes i.e. it has positive charges or positive ions cancelled out by negative charges or negative ions This ion build up creates an area that is depleted of any conduction electrons or holes. This represents a potential difference of 0v to 0.3v volts Ge diodes Semiconductor devices are controlled by controlling the depletion region of the device. The potential difference is called the barrier potential. It's basically what makes the semiconductor work, so its a really good question.
Yes, by using a strong potential difference.
positive ions carry positive charge and negative ions carry negative charge
Ionic bonds form between positive and negative ions.
The resting membrane potential
A positive atom (ion) has a deficit of electrons, while a negative atom (ion) has a surplus of electrons.There ar ions. The negativ atoms are antimaterial atoms.
Ionic bonds form between positive and negative ions.
yes positive ions are faster then negative ions
potential difference
Ions can be either positive or negative P.S. but negative ions are way better for you
No. The mutual attractions between many positive ions and many negative ions result in a compound with ionic bonds.
Ions can have either a positive or a negative charge.
Sodium has a positive charge of 1 while Chlorine has a negative charge of 1 when it is in its ionic form.
Phosphorus ions are negative.