A: If a nucleus is a point like a flag pole then the electrons are orbiting this nucleus at a very big distance like football filed distance and they have a charge too
Ozone Particles
The term 'covalent' is usually applied to a bond in the context of chemistry; electrons are the particles that participate in bonding. The act of bonding helps atoms achieve a stable configuration, one way of achieving this is by sharing its outer electrons in a bond. One might say the stability of an atom increases thereby.
Yes she act like a tomboy when she was a child because she like to do what boys doing.
The most common charge carrier in electricity is the electron. However there are special cases where other things act as charge carriers, but they are usually not subatomic particles:In electrolytes the charge carriers are ionsIn aqueous electrolytes it is possible for hydrogen ions (protons) to be charge carriersIn semiconductors the charge carriers can be either electrons or holes (virtual particles produced by electron gaps in valence band)
they just stabbed them they did not act anything.
In some ways light act like waves, in others like particles.
Because -- they are? Or, more specifically, because the particles within cathode rays act exactly like electrons. They either ARE electrons or they do a REAL good job of imitating them.
The electrons.The electrons.The electrons.The electrons.
electrons go fast too
because the magnet causes particles called electrons in the atoms of the nail to align along the magnet's lines of force. The atoms with aligned electrons then act like tiny bar magnets themselves.
The particle that "circles" the center of an atom is an electron. (In reality, electrons act more like waves vibrating around an atom that particle circling an atom.) (Both neutrons and protons make up the center of an atom, neutrons have no charge and protons a positive one.)
Every substance is made up of tiny units called atoms. Each atom has electrons, particles that carry electric charges. Spinning like tops, the electrons circle the nucleus, or core, of an atom. Their movement generates an electric current and causes each electron to act like a microscopic magnet.
Electrons. Mutually repel elections of other atoms when they get close (as they are then much closer to other electrons than other protons)
The atom is the smallest particle of an element that retains it's characteristics. Sub-atomic particles such as protons, neutrons and electrons form the atom and it is the amount of each of these sub-atomic particles that make the element that element.
In a metal, electrons are delocalised. This means that some of the atoms of the metal, say of sodium, give up their electrons and these electrons are free to move around. This creates positive sodium cations and a whole "sea of electrons". This "sea of electrons" allows an electric current to be carried through - since electrons are charged particles and in order for an object to conduct electricity it must contain mobile charged particles. In sodium chloride, the sodium's single valence electron is transferred to chlorine, which only needs one more electron for a full outer shell. The electrons in sodium chloride are held in position - and so solid sodium chloride cannot conduct electricity since there are no mobile charged particles.
You don't "act" like a transsexual. Either you are transsexual or not. And transsexuals act in all different ways, just like "average" people.
The substances which have free electrons(which move freely ) act as conductor while those whose electrons held tightly (which can not move freely) are insulator.