An electron has several shells with electron. When these shells are completely filled, the most outer shell doesnt relatively feel much attraction of the electrons towards the nucleus. Therefore it is possible that one electron gets out of the shells.
If this is done, the atom has too little amount of electrons, it needs one more. The attraction force is then increased, which means it takes a lot of more energy to remove the second electron, let alone the third
Most probably, when all electrons a removed from an atom, that atom will not have or carry out the Newton's third law of motion. This means that the atom will let any object that has a pushing force, go through that atom Added: In the special case of Hydrogen when only one (= 'ALL' ) electron is removed a stable ion is formed: H+ , which is also the same as a (single) proton
All electron shells represent an energy level - it doesn't matter if its the outermost shell or not. In order for there to be a release of energy the electron has to be coming from a higher energy state. The only energy state higher than the outer-most electron shell would be a free electron. The only way an electron becomes a free electron is that sufficient was provided to lift it from what-ever electron shell (energy level) it was previously in to escape velocity. The energy that it then releases in returning is then this exact same amount of energy.
Actually, all atoms have neutrons except for one, and that is the normal hydrogen atom, which is only comprised of a single proton and electron.
Only two electron shells.
the no. of electron shells in an atom varies for every element in the periodic table, depending on its no. of electrons in the atom. the no. of shells of an atom of an element ca be derived through the period of the periodic table. elements in the 1st period has only 1 shell and so forth.
Most probably, when all electrons a removed from an atom, that atom will not have or carry out the Newton's third law of motion. This means that the atom will let any object that has a pushing force, go through that atom Added: In the special case of Hydrogen when only one (= 'ALL' ) electron is removed a stable ion is formed: H+ , which is also the same as a (single) proton
An electron can jump from atom to atom.
lose only one electron
All electron shells represent an energy level - it doesn't matter if its the outermost shell or not. In order for there to be a release of energy the electron has to be coming from a higher energy state. The only energy state higher than the outer-most electron shell would be a free electron. The only way an electron becomes a free electron is that sufficient was provided to lift it from what-ever electron shell (energy level) it was previously in to escape velocity. The energy that it then releases in returning is then this exact same amount of energy.
a Proton. A hydrogen-1 atom (the most abundant isotope of hydrogen) has no neutrons and only 1 proton. So the atom is 1 proton and 1 electron. So the ion, when the electron is removed, the entire ion is just 1 single proton.
atom is made up of subatomic particles:proton,electron and neutron.
The hydrogen atom (1H) has only 1 proton and 1 electron (you probably think at this electron).
ll lose only 1 electron
Loosing electrons means little when compared to the original atom... The only difference with the atom at its new state is that it is now considered a cation. Cations are (put simply) atoms that have lost a single electron (valence or not), and now consist a positive charge rather than neutral.
electron cloud refers to orbit present in the atom and electron can can be revolved by the orbit only as it is an imaginary path made of energy
It has 7 electrons in its valance shell so it needs only 1 electron to form a octet; the Nobel gas configuration.
Actually, all atoms have neutrons except for one, and that is the normal hydrogen atom, which is only comprised of a single proton and electron.