Defined orbits around nucleus, no uncertainty principle
Electrons are not in a fixed position.
The model is applied to movement and position of electrons in the atom.
how many electrons it has---how many valence electrons and how many levels of electrons. its Atomic Mass its atomic number
how many electrons it has---how many valence electrons and how many levels of electrons. its atomic mass its atomic number
the electrons involved in metallic bonding are delocalised - they are free to move which accounts for electrical conductivity. In ionic bonds the electrons are tightly bound to individual atoms. Generally covalent bonds have localised electrons, in pairs in individual bonds. However there are delocalised electrons in some situations - take graphite extensive pi bonds allow for delocalisation and electrical conductivity.
Octet means that there are 8 electrons and its neutral. Electrons will bond to get a full octet.
Magnets can make electrons accelerate and change position through force;f= evB = -ev.Bcos(vB) + evxBsin(vB).
The answer would be an electrons position cannot be known precisely.
2, as indicated by its position in periodic column 2.
The number of electrons determines an element's position.
Their lowest possible energy state, called the "ground state".
Zirconium is No. 40 in the Periodic Table. The '40' tells us the position of zirconium in the table, the number of protons in an atom , and the number of electrons in a neutrally charged atom. So the answer to you question is '40'.